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STU/TRANS-PLAN/DOC-4 /WEF 01/04/10
CO�TE�TS
S�O PARTICULARS PAGE
�O.
1 INTRODUCTION 1-74
2 MSETCL PLAN FOR THE YEAR 2010-11 TO 2014-15 75-173
i) Evacuation Schemes 77-78
ii) Washi EHV Construction Cum O& M Zone 79-90
iii) Pune EHV Construction Cum O& M Zone 91-101
iv) Karad EHV Construction Cum O& M Zone 102-113
v) Nasik EHV Construction Cum O& M Zone 114-130
vi) Aurangabad EHV Construction Cum O& M Zone 131-148
vii) Amravati EHV Construction Cum O& M Zone 149-157
viii) Nagpur EHV Construction Cum O& M Zone 158-171
ix) Capacitor and Reactor requirement 172-173
3 R-INFRA PLAN FOR THE YEAR 2010-11 TO 2014-15 174-178
4 TPC PLAN FOR THE YEAR 2010-11 TO 2014-15 179-185
5 756 KV & 400 KV TRANSMISSION NETWORK OF
MAHARASHTRA STATE INCLUDING INTERSTATE LINES
186-188
�omenclatures for substation
Sr.
No. Substations
Nomenclature used in
plan
1 400 kV Akola (existing) 400 kV Akola-I
2 765 kV Akola (proposed) 765 kV Akola-II
3 400 kV Koradi (existing) 400 kV Koradi-I
4 400 kV Koradi (proposed) 400 kV Koradi-II
5 765 kV Koradi (proposed) 765 kV Koradi-III
6 400 kV Lonikand (existing) 400 kV Lonikand-I
7 400 kV Lonikand (proposed) 400 kV Lonikand-II
8 400 kV Bhusawal (existing) 400 kV Bhusawal-I
9 400 kV Bhusawal (proposed) 400 kV Bhusawal-II
10 400 kV Karad (existing) 400 kV Karad-I
11 400 kV Karad (proposed at Malharpeth) 400 kV Karad-II (Malharpeth)
12 400 kV Padghe (existing) 400 kV Padghe-I
13 400 kV Padghe (proposed at Kudus) 400 kV Padghe-II (Kudus)
14 400 kV Dhule (existing) 400 kV Dhule-I
15 400 kV Dhule (proposed at Dondaicha) 400 kV Dhule-II (Dondaicha)
16 400 kV Aurangabad (existing at Waluj) 400 kV Aurangabad-I
17 400 kV Aurangabad
(proposed at Pandhari Pimpalgaon)
400 kV Aurangabad-II
(Pandhari Pimpalgaon)
INTRODUCTION
1
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
‘‘We as a State Transmission Utility (STU) dedicate ourselves to plan, develop, operate
and maintain the State Transmission System to facilitate transmission of electricity from its
source to load centres in a secure, reliable and economic manner for the best services to
the consumers.’’
‘‘We aim to provide an effective transmission services’’ Table – 1 - The network of Transmission System of MSETCL as on 31-03-2010
Sr. No. Voltage Level
(KV) No. of EHV S/s
Trans. Capacity (MVA)
EHV Lines Ckt (KM)
1 500 2 3582 1504
2 400 21 13270 6562
3 220 149 31161 12357
4 132 246 19517 11063
5 110 33 2080 1691
6 100 35 2323 678
7 66 34 1139 3270
Total 520 73072 37125
Table – 1.1 - The network of Transmission System of TATA as on 31-03-2010
Sr No.
Voltage Level
(KV)
No. of EHV S/S
Trans Capacity
(MVA)
EHV Lines Ckt
(KM)
1 220 7 3120 364.86
2 110 11 4272 713.06
Total 18 7392 1077.92
Table – 1.2 - The network of Transmission System of REL as on 31-03-2010
Sr No.
Voltage Level
(KV)
No. of EHV S/S Trans Capacity
(MVA) EHV Lines Ckt
(KM)
1 220 3 1475 484.59
2 110 0 0 0
Total 3 1475 484.59
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table – 2 - Previous Power scenario in Maharashtra
Year Peak Demand (MW) Availability
(MW)
Peak Shortfall(-) /Surplus(+)
(MW) State MSEDCL Mumbai
2001-02 11895 10119 1776 10879 -1016
2002-03 13418 11425 1993 10997 -2421
2003-04 13692 11357 2335 11650 -2042
2004-05 14822 12749 2073 11777 -3045
2005-06 16049 14016 2033 11889 -4160
2006-07 17161 14825 2336 13027 -4134
2007-08 18390 15946 2444 12522 -5868
2008-09 18072 15630 2442 13189 -4883
2009-10 19120 16582 2538 14952 -4168
Table - 3 MSPGCL(Mahagenco) Generation
Table – 3.1 - Available Generation by MSPGCL
Sr. No.
Generating Station MW
1 Nasik ( 2x125MW+ 3x210MW ) 792
2 Koradi (4X105MW +2X210MW+1X200MW) 936
3 Khaperkheda (4X210MW ) 756
4 Parli (2X20MW+3X210MW+2X250) 1053
5 Paras ( 1X55 MW + 2X250MW) 500
6 Chandarpur (4X 210MW + 3X500MW) 2106
7 Bhusawal ( 1X55MW+2X210MW) 428
8 Uran ( 612 MW +240 MW (WHR )) 767
9 Koyna (4X70MW+4X80MW+4X250MW+4X80MW+2X18MW)
440
10 Other Hydro Generations (388MW) As per Table 3.2 97
Total MAHAGENCO Generation 7875
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table- 3.2 - MSPGCL Installed Capacity of Other Hydro Generations
Sr. No. Power Stations Unit Capacity (MW)
1 Bhatghar(IP) 1x16 16
2 Bhatsa (DW) 1x15 15
3 Bhira Tail Race (PP) 2x40 80
4 Dhom (IP) 2x1 2
5 Dimbhe (IP) 1x5 5
6 Dhudhganga (IP) 2x12 24
7 Eldari (IP) 3x7.5 22.5
8 Kanher (IP) 1x4 4
9 Manikdoh (IP) 1x6 6
10 Paithan PSS (DW) 1x12 12
11 Panshet (DW) 1x8 8
12 Pawna (IP) 1x10 10
13 Radhanagari (IP) 4x1.2 4.8
14 Surya (DW & IP) 1x6 6
15 Terwanmedhe(IP) 1x0.2 0.2
16 Tillari (PP) 1x66 66
17 Ujani PSS (DW&IP) 1x12 12
18 Vaitrna (DW &PP) 1x60 60
19 Vaitarna Dam Toe (DW) 1x1.5 1.5
20 Varasgaon (DW) 1x8 8
21 Veer (IP) 2x4.5 9
22 Warna (IP) 2x8 16
TOTAL 388
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Table – 3.3 – Proposed Year wise Generation addition (in MW Ex-Bus) by MSPGCL
MAHAGENCO Projects 2010-11 2011-12 2012-13 2013-14 2014-15
Uran Unit-9 (1x814) - - 789 - -
Uran Unit-10 (1x406) - - 394 - -
Bhusawal E Unit-4 (1 x 500) 450 - - - -
Bhusawal E Unit -5 (1x500) - 450 - - -
Khaparkheda Unit-5 (1x500) 450 - - - -
Parli Rep. Unit-8 (1x250) - 189 - - -
Bhusawal Unit 6 (1x660) - - - 400 -
Chandrapur Unit -8 (1x500) - - 450 - -
Chandrapur Unit -9 (1x500) - - 450 - -
Koradi Rep. Unit 8 (1x660) - - - 216 -
Koradi Unit 9 (1x660) - - - - 594
Koradi Unit 10 (1x660) - - - - 594
Total 900 639 2083 616 1188
Existing Generation 7875 8775 9414 11497 12113
Yearwise Generation Availability
8775 9414 11497 12113 13301
Table – 4 STATE GOVERNMENT & INTER STATE GENERATION Table – 4.1 Existing State Government & Inter state Generation as on 31-03-10
Existing(State Government, MAHADISCOM) Capacity (MW)
Ghatghar (2x125MW) 225
RGPPL 1862
Total 2087
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table – 4 .2 – Proposed Generation by State Government & MAHADISCOM
Proposed (State Govt., MAHADISCOM) 2010-11 2011-12 2012-13 2013-14 2014-15
LEPL (Lanco Energy Pvt. Ltd.) (500MW & 680MW)
- - 1062 - -
M/s Maharashtra Water Resourse Dept.Koyna (2 x 80 MW)
79
Total 0 79 1062 0 0
Existing Allocation 2087 2087 2166 3228 3228
Yearwise Allocation Availability 2087 2166 3228 3228 3228
Table- 5 Central Sector Power Allocation Table – 5.1 Available Allocation of Power by Central Sector as on 31-03-10
Name of Generating Station Installed Capacity
Available at MSETCL N/W
KSTPS (Korba) 2100 608
Vindhyachal STPS Stage -I 1260 412
Vindhyachal STPS Stage -II 1000 322
Vindhyachal STPS Stage -III 1000 268
KGPS (Kawas) 658 180
GGPP (Gandhar) 657 177
SIPAT Stage – II (2 x 500MW) 1000 268
KAPS (Kakrapar) 440 134
TAPS (Tarapur 3 & 4) 1080 391
TAPS (Tarapur 1 & 2) 324 161
SSP (Sardar Sarowar) 1450 354
NTPC ER to MSEDCL 4940 137
Total 15910 3412
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
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Table – 5 .2 – Proposed Year wise Allocation of power by Central Sector
Name of Generating Station 2010-11 2011-12 2012-13 2013-14 2014-15
Sipat 170 - - - -
Sipat - 170 - - -
Mundra UMPP - 320 - - -
Mauda - 350 - - -
Mundra UMPP - - 480 - -
Sipat - - 170 - -
Vindhyachal - - 300 - -
Krishnapattanam UMPP - - - 400 -
North Karnapura - - - 33 -
Barh - - - 33 -
Total Allocation 170 840 950 466 0
Existing Allocation 3412 3582 4422 5372 5838
Yearwise Allocation Availability
3582 4422 5372 5838 5838
Table – 6 Proposed Year wise total generation available in Mumbai (TATA/REL) as on 31-03-10
Generation 2010-11 2011-12 2012-13 2013-14 2014-15
TPC - - - - -
REL - - - - -
Existing Generation Availability (TPC + REL)
(1924 + 459) =
2383 2383 2383 2383 2383
Table – 7 - Power scenario in Mumbai (TATA/REL)
Year
Expected Demand in Mumbai Generation capacity in
Mumbai
Peak Shortfall (-) / Surplus (+)
(MW) TPC + BEST
R-Infra Total
2010-11 976 2154 3130 2383 -747
2011-12 1109 2233 3342 2383 -959
2012-13 1221 2350 3571 2383 -1188
2013-14 1343 2474 3817 2383 -1434
2014-15 1468 2706 4174 2383 -1791
* Shortfall of Mumbai would be met from the bilateral power purchase.
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
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Table - 8 IPP Plants Table- 8.1 Existing Generation from IPP/CPP/Biomass/Bagasse/Biogas based Plants
Sr. No.
NAME OF APPLICANT Location of the
Plant CAPACITY
APPLIED (MW)
EX - Bus Generation
(MW)
1 M/s Indrajit Infrastructure Pvt.Ltd. Modern Centre,'B' Wing, 2nd Floor, Sane Guruji Marg, Mahalaxmi, Mumbai-400011.
Bhugaon (Wardha-II)
2 x 40 = 80 72
2 M/s. Purty Sakhar Karkhana, Dist. Wardha. Wardha. 1 x 24 = 24 22
3 M/s Ind-barath Engineers (Maharashtra) Ltd.Plot No.30-A,Road No.1, Film Nagar,Jubillee Hills, Hyderabad-500 033.
Village Kharab Khandgaon,,Dist.
Nanded 20 18
4
M/s Lokmangal Sugar Ethanol & Co-Generation Industries Ltd, 33/A, Sahyadri Nagar,Hotgi Road, Solapur -413 003.
Bhandarkavathe, Tal. South Solapur, Dist.
Solapur. 1 X 15 = 15 13.5
5 M/s M/s Hotel Leelaventure Ltd, The Leela Kempinski, Sahar, Andheri (E), Mumbai 400 059.
Village Khaparale,Tal. Sinnar dist Nasik.
4.5 4.05
6 M/s Hotel ITC the Maratha, Near Blue Dart Office,Sahar Airport Road, Mumabi -400 099.
Village Khaprale (Sinnar),Dist. Nasik
6 5.4
7
M/s Renuka Sugars Ltd.at Deshbakta Ratnnappanna Kumbhar Panchaganga Sahakari Sakhar Karkhana, Ganga Nagar, Ichalkarangi.
Ganga Nagar, Dist.Ichalkarangi
1 X 30 = 30 27
8 M/s Daund Sugar Ltd, ICC Trade Tower, B-Wing 201,Senapati Bapat Road, Pune-411 016.
Village Alegaon, Tal.
Daund, Dist. Pune. 18 16.2
9 M/s Baramati Agro Ltd, Pimpli, Baramati, Dist. Pune, Maharashtra - 413 102.
At Pimpli, Tal. Baramati, Dist. Pune.
22 19.8
10 M/s Finolex Industries Ltd. Project Office,26/27, Mumbai -Pune Road,Pimpri,Pune-411 018.
At Ranpar-Golap,dist. Ratnagiri
22 19.8
11 M/s Kranti Sahakari Sakhar Karkhana,Kundal,Tal. Palus, Dist.sangli-416 309.
Kundal, Tal. Palus, Dist. Sangli.
6.65 (8.85) 6
Total EX Bus Generation ( MW ) 224
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table – 8.2.1 Proposed Year wise Generation Addition by IPP/CPP/Biomass/Bagasse/ Biogas based Plants
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
1
M/s JSW Energy Ltd. Jindal Mansion, 5A.Dr.G.Deshmukh Marg. Mumbai 400 026.
Jaigad 4 X 300 = 1200
1080 -- -- -- --
2
M/s M/s Gupta Energy Pvt. Ltd.(Formerly Gupta Coal Fields and Washaries Ltd.) 7th Floor,Shriram Towers, Kingsway, Nagpur 440 001Tal. Ghugus, Dist.Chandrapur.
Usegaon, Dist.
Chandrapur
2 X 60 = 120
108 -- -- -- --
3
M/s Nagpur Energy Infrastructure Ltd.(Formerly Baidyanath Power &Mining), 5, Temple Road,Civil Lines, Nagpur-440 001.
Near Bhadravati,Di
st. Chandrapur.
250 + 250 + 500 = 1000
-- -- 450 450 --
4
M/s Patni Energy Ltd. 302-304, Regent Chembers,Nariman Point, Mumbai 400021.
Medhekar, Tal.Alibag.
2 x 135 = 270
-- -- 243 -- --
5
M/s Emco Energy Ltd.Warora, Plot No.F-5, Road No.28, wagle industrial Estate,Thane-400 604.
Warora 2 x 135 =
270 -- 243 -- -- --
6 M/s Sun-Flag Iron and Steel Co.Ltd. Bhandara Road, Bhandara-441 905
At Warthi, Dist.
Bhandara
2 x 15 = 30
27 -- -- -- --
7
M/s Wardha Power Company Pvt.Ltd, 8-2-293/82/A/431/A, Road No.22, Jubilee Hills, Hyderabad -500033.
Warora,Dist. Chandrapur
2 x 135 = 270
(Phase -I) 243 -- -- -- --
8 M/s Ultra Tech Cement Ltd. Awapur Cement works, tal. Korpana, Dist. Chandrapur.
Awapur, Tal. Korpana,Dist. Chandrapur.
12 10.8 -- -- -- --
9
M/s Finolex Industries Ltd. Project Office,26/27, Mumbai -Pune Road,Pimpri,Pune-411 018.
At Ranpar-Golap,dist. Ratnagiri
22 19.8 -- -- -- --
10
M/s Reliance Industries Ltd, Maker Chanbers IV,3rd Floor,222,Nariman Point,Mumbai 400 021.
Nagothane 345 -- -- -- -- --
11
M/s Ind-Barath Power (Konkan) Ltd. Plot No.321, Br. Nath Pai Road,RamtirthNagar, Belgaum-590016.
At Village Aonda,Dist. Sawanwadi.
300 -- 270 -- -- --
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
12
M/s Wardha Power Company Pvt.Ltd, 8-2-293/82/A/431/A, Road No.22, Jubilee Hills, Hyderabad -500033.
Warora,Dist. Chandrapur
2 x 135 = 270
(Phase -II) 121.5 121.5 -- -- --
13
M/s Finolex Infrastructure Ltd. 26-27,Mumbai -Pune Road, Pimpri, Pune-411 018
At Ranpar-Golap,dist. Ratnagiri
1000 -- -- 450 450 --
14
M/s Indiabulls Real Tech Limited. Indiabulls House, 448-451, Udyog Vihar, Phase, Gurgaon -122 001.
Sinnar 2 X 660 = 1320
-- -- 1188 -- --
15 M/s Sophia Power Company Limited.At Nandgaon pet Ind.Area.Amravati
Nandgaon Peth
Amravati
4 X 660 = 2640
-- -- 1215 -- --
16 M/s Abhijit MADC Nagpur Energy Pvt.Ltd.39, Ambazari Layout, Nagpur-440 033.
At Gumgaon MIHAN SEZ, Dist. Nagpur
4 X 50 = 200
90 -- -- 90 --
17
M/s Maharashtra Vidyut Nigam Ltd. 7th Floor,Shriram Towers, Kingsway, S.V.Patel Marg, Sadar,Nagpur.Nagpur
MIDC Deoli. Dist. Wardha
10 9 -- -- -- --
18
M/s Lloyds Metals & Engineers Ltd, Modern Mills Compound,101, Keshavrao Khade Marg, Jacob circle,Mumbai 400 011.
Ghugus, Dist.
Chandrapur.
4 X30 = 12
27 -- -- -- --
19
M/s IDEAL Energy Projects Ltd, IRB Complex, 2nd Floor, Chandivili Village, Andheri (E), Mumbai -400 072
Near Bela, tal. Umred, Dist.Nagpur
2 X 135 = 270
-- 243 -- -- --
20
M/s JSW Steel Ltd. B-6,Tarapur MIDC Industrial Area, Navapur road, Boiser -401 506.
Tarapur. 30 27 -- -- -- --
21
Uttam Galva Steels Ltd, Donavat Complex,Village Donavat, Tal. Khalapur, Dist. Raigad.
Narangi,Dist. Raigad.
2 X 30 = 60
54 -- -- -- --
22 M/s Jay Mahesh Sugar Industries Ltd, Off. Pawarwadi, tal. Majalgaon, Dist. Beed.
Parewadi,Dist. Beed.
1 X 30 = 30
27 -- -- -- --
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
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SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
23
M/s Renuka Sugars Ltd.at Deshbakta Ratnnappanna Kumbhar Panchaganga Sahakari Sakhar Karkhana, Ganga Nagar, Ichalkarangi.
Ganga Nagar,
Dist.Ichalkarangi
1 X 30 = 30 27 -- -- -- --
24
M/s Birla carban, Patalganga Project, Village Lohop, Patalganga, Tal.Khalapur, Dist.Raigad
Patalganga,Dist. Raigad.
2 x 15 = 30 27 -- -- -- --
25
M/s Gangakhed Sugar and Energy Pvt. Ltd. C/O Sunil Hitech Engineers Ltd,97, East High Court Road, Ramdaspeth
Gangakhed, Dist.
Parbhani 1 X 30 = 30 27 -- -- -- --
26
M/s Tembhu Power Private Limited, Krishnangan C-7, karad Wakhan Road, Karad Gramin, Tal. Karad, Dist. Satara.
Koregaon, Tal.Karad, Dist. Satara.
3 X 1.5 = 4.5
4.455 -- -- -- --
27
M/s Saikrupa Sakhar Karkhana Ltd, A/P Hiradgaon, Tal.Shigonda,Dist. Kolhapur.
Village Takaliwadi, Tal. Shirol,Dist. Kolhapur.
35 31 -- -- -- --
28 M/s ISMT Ltd. At Lunkad Towers, Viman Nagar, Pune 411 014.
Kurla, Dist. Chandrapur.
40 36 -- -- -- --
29
M/s Urjankur Shree Datta Power Company Ltd.at Datta Nagar, Taluka Shirol, Dist. Kolhapur.
Datta Nagar, Tal.Shirol,
Dist. Kolhapur.
36 32.4 -- -- -- --
30
M/s Urjankur Shree Datta Power Company Ltd.at Shree Tatyasaheb Kore Warna SSKL, Warnanagar, Tal. Panhala, Dist. Kolhapur.
Warnanagar, Tal.
Panhala,Dist. Kolhapur.
44 39.6 -- -- -- --
31 M/s Purna Sahakari Sahkar Karkhana Ltd,At Basmatnagar Dist. Hingoli.
Basmat nagar Dist. Hingoli
18 -- -- 594 -- --
32
M/s Shree Someshwar Sahakari Sakhar Sakhar Karkhana Ltd.,Someshwarnagar, Taluka- Baramati, Dist. Pune
Someshwarnagar, Tal. Baramati, Dist.Pune.
18 16.2 -- -- -- --
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SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
33
M/s Daund Sugar Ltd, ICC Trade Tower, B-Wing 201,Senapati Bapat Road, Pune-411 016.
Village Alegaon, Tal. Daund, Dist. Pune.
18 16.2 -- -- -- --
34
M/s Samarth Sahakari Sakhar Karkhana Ltd, Post. Ankushnagar, Tal. Ambad, Dist. Jalna.
Ankush nagar, Tal.Ambad, Dist. Jalna.
18 16.2 -- -- -- --
35
M/s Vighnahar Sahakari Sakhar Karkhana Ltd, At Nivrutinagar(Dhalewadi),P.O. Shiroli, Tal. Junnar, Dist. Pune.
Nivrutinagar (Dhalewadi)
Tal. Junnar,Dist.
Pune
12 10.8 -- -- -- --
36 M/s Baramati Agro Ltd, Pimpli, Baramati, Dist. Pune, Maharashtra - 413 102.
Pimpli, Tal. Baramati, Dist. Pune.
22 19.8 -- -- -- --
37
M/s Sonhira Sahakari Sakhar Karkhana Ltd, At Mohanrao Kadamnagar, Wangi, Tal. Kadegaon,Dist. Sangli.
Mohanrao Kadam Nagar,
Wangi. Tal. Kadegaon Dist.Sangli.
22 19.8 -- -- -- --
38
M/s Adani Power Maharashtra Ltd, Adani House (Power Division),Plot No.83, Industrial area,Sector-32,Gurgaon-122001
Tiroda,Dist. Gondia
5 X 660 = 3300
-- 1782 1188 -- --
39
M/s Vidarbha Industries Power Ltd, Dhirubai Ambani Knoledge City,I, Block,2nd Floor, Noth Wing, tane Belapur Road, Koperkhiirne- New Mumbai
MIDC Butibori, Nagpur
50 (300) -- 45 -- -- --
40
M/s Bhaurao Chavan Sahakari Sakhar Karkhana Ltd,Laxminagar, Degaon-Yelegaon,Post. Laxminagar, Tal. Ardhapur, Dist. Nanded.
Laxminagar, Tal.Ardhapur
, Dist.Nanded
16.2 14.58 -- -- -- --
41 M/s Gurudatt Sugars Ltd, A/P Takaliwadi, Tal. Shirol,Dist. Kolhapur.
Village Takaliwadi,
Tal. Shirol,Dist. Kolhapur.
15 13.5 -- -- -- --
42
M/s Spark Green energy (Satara), Ltd,"Link Side" 50, Carter Road, Bandra (West), Mumbai -400 050
MIDC Lonand
25 22.5 -- -- -- --
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
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SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
43
M/s Spark Green energy (Satara), Ltd,"Link Side" 50, Carter Road, Bandra (West),Mumbai -400050
MIDC Newasa
25 22.5 -- -- -- --
44
M/s Yashvantrao Mohite Krishna Sahakari Sakhar Karkhana Ltd, Rehthare Budruk,Tal. Karad, Dist. Satara, P.P.Shivajinagar -415 108.
Rehthare BK., P.O.
Shivajinagar, Tal. Karad, Dist. Satara
16 14 -- -- -- --
45
M/s A.A. Energy Ltd, 101, Nikalas Tower, Central Bazar Road, Ramdaspeth, Nagpur-440 010.
Kh. No.324, Mauza Wadsa,
Desaiganj, Dist.
Gadchiroli
10 9 -- -- -- --
46 M/s Ballarpur Industries Ltd. P.O.Ballarpur Paper Mills, Dist. Chandrapur-4420901
At Ballarpur, Dist.
Chandrapur 10 (40) 9 -- -- -- --
47
M/s Mahati Hydro Power Projects Pvt. Ltd.32-33, Shankarshet Road,Behind S.T.Workshop, Pune
Veer NLBC Small HEP,
Tal. Purandar,Dist. Pune
4.8 4.752 -- -- -- --
48
M/s Mahati Hydro Power Projects Pvt. Ltd.32-33, Shankarshet Road,Behind S.T.Workshop, Pune
Sonwade (Chandoli),Tal. Shirala, Dist.Sangli.
5 4.95 -- -- -- --
49 M/s Dudhaganga Vedganga SSK.Ltd. Mouninagar,Tal. Kagal ,Dist. Kolhapur-416 208.
At Mouninagar
(Bidri) Dist.Klhapur.
20 18 -- -- -- --
50
M/s Technocraft Industries Ltd.A-25. MIDC, Street No.3, Marol Indusrial Area, Andheri (E),Mumbai-400 093.
At Village Dahivali, Murbad.
15 13.5 -- -- -- --
51
M/s R.M Mohite Textile Ltd, R.S.347, Ambapwadi Phata,Off NH4, P.O.1 Wadgaon, Tal. Hatkanagle, Dist.Kolhapur
At Radhanagari Dam Dist. Kolhapur
10 9 -- -- -- --
13
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
52 M/s Dhariwal Infrastructure(P)Ltd.At Tadali, Dist.Chandrapur.
Tadali(Chandrapur
MIDC),Dist. Chandrapur.
300 MW -- -- 270 -- --
53
M/s Shri Vasant Dada Sahakari Sakhar Karkhana Ltd Vithewadi (Lohoner) Tal. Deola, Dist. Nasik
Vithewadi (Lohoner) Tal. Deola, Dist. Nasik.
17 MW 15.3 -- -- -- --
54
M/s ACI Infotech Ltd, A division of Infocom Ltd, 278, Vasan Udyog Bhawan, Opp. Highstreet Phoenix Mill, Lowar Parel(W), Mumbai-400 013
At Bhigwan, Tal. Indapur, Dist. Pune.
15 MW 13.5 -- -- -- --
55 M/s Gopani Iron &Power (India) P.Ltd.A-22 MIDC Growth Centre, Post Tadali-442 406.
MIDC Growth Centre Tadali
8MW(15 MW)
7.2 -- -- -- --
56 M/s Uttam Galva Metallics Ltd,Bhugaon Link Road,Wardha -442001.
At Bhugaon Link Road, Wardha.
10 MW (15 MW)
9 -- -- -- --
57 M/s Grace Industries Ltd, A-23, MIDC Estate, Tadali Growth Centre, Chandrapur
At MIDC Estate Tadali.
28 MW(33 MW)
25.2 -- -- -- --
58
M/s Shree Virangana Steels Pvt. Ltd. 126-128, 1st Floor, Shriram Tower, Kingswamy Sadar, near NIT office ,Nagpur-440001
At Mauja Ukerwahi, Village Heti, Umrer Road, Nagpur.
22 MW(30 MW)
19.8 -- -- -- --
59
M/s RPL URJA (Division of Rasoya Protiens Ltd), Village Kalmana, Tal.Wani, Dist.Yavatmal.
Village Kalmana, Tal. Wani,
Dist. Yavatmal
8.5MW (10 MW)
7.65 -- -- -- --
60 M/s B.S.Ispat Ltd.Survey No.97, Village Salori, Yensa, Tal. Warora, dist. Chandrapur.
Village Salori,
Yensa, Tal. Warora
15 MW 13.5 -- -- -- --
61 M/sVikas SSK. Ltd, Vaishali Nagar, Tal. Nivali, Dist. Latur.
At Vaishli Nagar, tal. Nivali. Dist.
Latur
18 MW 16.2 -- -- -- --
62 M/s Shankar Sahakari Sakhar Karkhana Ltd. -Kaulage, Tal.Kagal Dist.Kolahapur.
At Sadashivnag
ar, Tal. Malshiras,
Dist.Solapur.
17.5MW (20 MW)
15.75 -- -- -- --
14
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
63
M/s Sadashivrao Mandalik Kagal Taluka SSK.Ltd, Sadashiv Nagar, Hamidwada -Kaulage, Tal.Kagal Dist.Kolahapur.
At Sadashivnag
ar, Hamidwada,
Tal. Kagal,Dist. Kolhapur.
12 MW 10.8 -- -- -- --
64
M/s Vayunandana Power Ltd, 12-2-460,Plot No.2, New Huda layout, Gudimalkapur, Mahadipatnam, Hyderabad-500 028.
At Village Kaneri,Dist. Gadchiroli.
10MW(12 MW)
9 -- -- -- --
65
M/s M/s Bombay Rayon Fashions Ltd,Plot No.C-7, Tarapur MIDC, Near Tarapur Vidya Mandir, Boisar, Tal. Palghar, Dist. Thane.
At Tarapur MIDC
6MW(8 MW)
5.4 -- -- -- --
66
M/s Shri Shankar Maharshi Shankarrao Mohite-Patil SSK Ltd, Shankarnagar, Akluj Tal. Malshiras, Dist. Solapur.
At Akluj,Tal. Malshiras, Solapur
33 MW 29.7 -- -- -- --
67
M/s Pepsico India Holdings Pvt. Ltd, L.U.Gadkari Marg, Village Anik,Mahul, Chembur,Mumbai 400 074.
Sadawaghapur, Dist. Satara
1.85 MW -- 1.665 -- -- --
68
M/s Shree Renuka Sugars Ltd,7th floor, Devchand House, Shiv sagar Estate, Dr.Annie Beasant Road, Worli, Mumbai-400 018.
At Ajinkyatara SSK,Shahun
agar, Shendre, Satara
22 MW(24 MW)
20 -- -- -- --
69
M/s Dwarkadhish SSSK Ltd, KarkhanaShalivahana Projects Ltd,1582,7th Floor, Minerva Complex, S.D. Road, Secunderabad.
At Village Seware,
Taharabad, tal.Satana,Dist. Nasik
10MW 9 -- -- -- --
70
M/s Mahalaxmi Vidyut Private Ltd, 363/11, Balaji Niwas,Deep Bangalow Chowk, Shiwaji Nagar, Pune-411 016.
At Konal, Sindhudurg
2 X 5 MW 9 -- -- -- --
71
M/s Kalyani Renewable
Energy India Ltd,D.No.5-
6,Prathipadu Village,
Tadepalligudem, west
Godavari, Dist. A.P.534 146.
At Balapur MIDC, Dist.
Akola
13.8 MW
(15 MW) 12.42 -- -- -- --
15
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
72
M/s The Sanjivani (Takli)
Sahakari Sakhar Karkhana
Ltd.Sahajanandnagar,
P.O.Shinganapur - 423 603,
Tal. Kopargaon, Dist.
Ahmednagar
Sahajanandnagar, Tal. Kopargaon,
Dist. Ahmednagar
.
6.6
MW(15.9
MW)
-- 5.94 -- -- --
73
M/s Kisanveer Satara Sahakari
Sakhar Karkhana Ltd,
Kianveer Nagar, Tal. Wai,
dist.Satara.
At Kisan Veer Nagar,
Tal. Wai.Dist. Satara
19.56MW
(22 MW) 17.604 -- -- -- --
74
M/s Ideal Energy Projects
Ltd,122, 2nd Floor, Telecom
Nagar, Near Ranta Pratap
square, Nagpur-440 022.
Kundal, Tal.
Palus, Dist.
Sangli.
Addil.1 X
270 -- -- 243 -- --
75
M/s Shriram Jawahar
Shetkari Sahakari Sakhar
Udyog,Phaltan,
Tal.Phaltan,Dist.Satara
Phaltan,
Tal.Satara
1.2 MW
(1.5 MW) 1.08 -- -- -- --
76
M/s Hindustan Electricity
Generation Company Pvt.
Ltd.Olympia, Central
Avenue, Hiranandani
Business Park.
At Navlakhumbre, pune
350 MW 339.5 -- -- -- --
77
M/s Vidarbha Energy and
Infrastructure P.Ltd, 4th Floor,
MG House, R.T. Road, Civil
Lines, Nagpur.
Village Choramba,
Tal. Ghatangi,
Dist. Yeotmal.
10 MW 9 -- -- -- --
78
M/s Malegaon Sahakari
Sakhar Karkhana Ltd.At Post.
Shivajinagar,Tal. Baramati,
Dist. Pune.
Village Shivajinagar,
tal. Baramati, Dist.Pune
14MW(2
1 MW) 12.6 -- -- -- --
79
M/s M/s Greta Energy Ltd,
Station Road, Brahampuri-
441206.
Dist. Chandrapur.
Mul
MIDC,Tal
Mul, Dist.
Chandrapur
15 MW 13 -- -- -- --
80
M/s Shree Sidhabali Ispat Ltd,
Plot No.C-2, MIDC Area,
Tadali, Dist. Chandrapur-
442406.
C-2 MIDC
Area
Tadali,Dist.
Chandrapur.
10MW(2
0 MW) 9 -- -- -- --
16
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
MW ( EX - BUS GENERATION )
2010-11 2011-12 2012-13 2013-14 2014-15
81
M/s Renuka Sugar Ltd,
7th Floor, Devchand House,
Shiv Sagar Estate,
Dr. Annie Besant Road,
Worli, Mumbai-400 018.
Balaji
nagar,
Nandur,
Tal.
Mangalwed
a Dist.
Solapur
26 MW
(30 MW) 23 -- -- -- --
82
M/s Kukadi Sahakari Sakhar
Karkhana Ltd,
At Pimpalgaon Pisa, Tal.
Shrigonda, Dist.Ahmednagar.
Pimpalgaon
Pisa, Tal.
Shrigonda,
Dist.Ahmed
nagar
10MW(1
6 MW) 9 -- -- -- --
Total 3021 2712 5841 990 0
Existing EX BUS Generation 224 3245 5957 11798 12788
Year Wise EX - BUS Availability 3245 5957 11798 12788 12788
Note :1. The year wise date of commissioning is considered as per the dates indicated in application forms. 2. ( ) The figures indicated in the brackets are Installed capacities of Generating Plant
17
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table – 8.2.2 Proposed Yearwise Generation Addition by IPPs'/ Biogas/Bagasse/Biomass Plants etc. for which PPA signed with Various Distribution Companies in State
SR. NO.
NAME OF APPLICANT Location of the Plant
CapacityApplied (MW)
Available Generation in MW (PPA Signed )
2010-11 2011-12 2012-13 2013-14 2014-15
1
M/s JSW Energy Ltd. Jindal Mansion, 5A.Dr.G.Deshmukh Marg. Mumbai 400 026.
Jaigad 4 X 300= 1200MW
1080 -- -- -- --
2
M/s M/s Gupta Energy Pvt. Ltd7th Floor,Shriram Towers, Kingsway, Tal. Ghugus, Dist.Chandrapur.
Usegaon, Dist.
Chandrapur
2 X 60 MW = 120
MW 108 -- -- -- --
3
M/s Emco Energy Ltd.Warora, Plot No.F-5, Road No.28, wagle industrial Estate,Thane-400 604.
Warora 2 x 135
MW = 270 MW
-- 200 -- -- --
4
M/s Wardha Power Company Pvt.Ltd, 8-2-293/82/A/431/A, Road No.22, Jubilee Hills, Hyderabad -500033.
Warora,Dist. Chandrapur
2 x 135 MW = 270
MW (Phase -I)
50 100 -- -- --
5 M/s Ultra Tech Cement Ltd. Awapur Cement works, tal. Korpana, Dist. Chandrapur.
Awapur, Tal. Korpana,Dist. Chandrapur.
12 MW 10.8 -- -- -- --
6
M/s Finolex Industries Ltd. Project Office,26/27, Mumbai -Pune Road,Pimpri,Pune-411 018.
At Ranpar-Golap,dist. Ratnagiri
22 MW 19.8 -- -- -- --
7
M/s Wardha Power Company Pvt.Ltd, 8-2-293/82/A/431/A, Road No.22, Jubilee Hills, Hyderabad -500033.
Warora,Dist. Chandrapur
2 x 135 MW = 270
MW (Phase -II)
-- 150 -- -- --
8
M/s Finolex Infrastructure Ltd. 26-27,Mumbai -Pune Road, Pimpri, Pune-411 018
At Ranpar-Golap,dist. Ratnagiri
1000MW -- -- 450 -- --
9
M/s Indiabulls Real Tech Limited. Indiabulls House, 448-451, Udyog Vihar, Phase, Gurgaon -122 001.
Sinnar 2 X 660 MW
-- -- 450 -- --
10 M/s Sophia Power Company Limited.At Nandgaon pet Ind.Area.Amravati
Nandgaon Peth
Amravati
5 X 270 MW
-- -- 750 -- --
11 M/s Abhijit MADC Nagpur Energy Pvt.Ltd.39, Ambazari Layout, Nagpur-440 033.
At Gumgaon MIHAN SEZ, Dist. Nagpur
4 X 50 MW
90 -- -- 90 --
18
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
CapacityApplied (MW)
Available Generation in MW (PPA Signed )
2010-11 2011-12 2012-13 2013-14 2014-15
12
M/s Maharashtra Vidyut Nigam Ltd. 7th Floor,Shriram Towers, Kingsway, S.V.Patel Marg, Sadar,Nagpur.Nagpur
MIDC Deoli. Dist. Wardha
10 MW 9 -- -- -- --
13
M/s IDEAL Energy Projects Ltd, IRB Complex, 2nd Floor, Chandivili Village, Andheri (E), Mumbai -400 072
Near Bela, tal. Umred, Dist.Nagpur
2 X 135 MW
-- 200 -- -- --
14
M/s JSW Steel Ltd. B-6,Tarapur MIDC Industrial Area, Navapur road, Boiser -401 506.
Tarapur. 30 MW 27 -- -- -- --
15
Uttam Galva Steels Ltd, Donavat Complex,Village Donavat, Tal. Khalapur, Dist. Raigad.
Narangi,Dist. Raigad.
2 X 30 MW
54 -- -- -- --
16
M/s Jay Mahesh Sugar Industries Ltd, Off. Pawarwadi, tal. Majalgaon, Dist. Beed.
Parewadi,Dist. Beed.
1 X 30 MW
27 -- -- -- --
17
M/s Renuka Sugars Ltd.at Deshbakta Ratnnappanna Kumbhar Panchaganga Sahakari Sakhar Karkhana, Ganga Nagar, Ichalkarangi.
Ganga Nagar,
Dist.Ichalkarangi
1 X 30 MW
27 -- -- -- --
18
M/s Gangakhed Sugar and Energy Pvt. Ltd. C/O Sunil Hitech Engineers Ltd,97, East High Court Road, Ramdaspeth
Gangakhed, Dist.
Parbhani
1 X 30 MW
27 -- -- -- --
19
M/s Tembhu Power Private Limited, Krishnangan C-7, karad Wakhan Road, Karad Gramin, Tal. Karad, Dist. Satara.
Koregaon, Tal.Karad, Dist. Satara.
3 X 1.5 MW
4.455 -- -- -- --
20 M/s Saikrupa Sakhar Karkhana Ltd, A/P Hiradgaon, Tal.Shigonda,Dist. Kolhapur.
Village Takaliwadi,
Tal. Shirol,Dist.
Kolhapur.
35 MW 31 -- -- -- --
21 M/s ISMT Ltd. At Lunkad Towers, Viman Nagar, Pune 411 014.
Kurla, Dist. Chandrapur.
40 MW 36 -- -- -- --
22
M/s Urjankur Shree Datta Power Company Ltd.at Datta Nagar, Taluka Shirol, Dist. Kolhapur.
Datta Nagar, Tal.Shirol,
Dist.Kolhapur.
36 MW 32.4 -- -- -- --
19
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
Available Generation in MW (PPA Signed )
2010-11 2011-12 2012-13 2013-14 2014-15
23
M/s Urjankur Shree Datta Power Company Ltd.at Shree Tatyasaheb Kore Warna SSKL, Warnanagar, Tal. Panhala, Dist. Kolhapur.
Warnanagar, Tal.
Panhala,Dist. Kolhapur.
44 MW 39.6 -- -- -- --
24 M/s Purna Sahakari Sahkar Karkhana Ltd,At Basmatnagar Dist. Hingoli.
At Basmatnaga
r Dist. Hingoli
18 MW 16.2 -- -- -- --
25
M/s Shree Someshwar Sahakari Sakhar Sakhar Karkhana Ltd.,Someshwarnagar, Taluka- Baramati, Dist. Pune
At Someshwarnagar, Tal. Baramati, Dist.Pune.
18MW 16.2 -- -- -- --
26
M/s Daund Sugar Ltd, ICC Trade Tower, B-Wing 201,Senapati Bapat Road, Pune-411 016.
Village Alegaon,
Tal. Daund, Dist. Pune.
18 MW 16.2 -- -- -- --
27
M/s Samarth Sahakari Sakhar Karkhana Ltd, Post. Ankushnagar, Tal. Ambad, Dist. Jalna.
At Ankushnaga
r, Tal.Ambad, Dist. Jalna.
18 MW 16.2 -- -- -- --
28
M/s Vighnahar Sahakari Sakhar Karkhana Ltd, At Nivrutinagar(Dhalewadi),P.O. Shiroli, Tal. Junnar, Dist. Pune.
At Nivrutinagar(Dhalewadi)
Tal. Junnar,Dist.
Pune
12 MW 10.8 -- -- -- --
29 M/s Baramati Agro Ltd, Pimpli, Baramati, Dist. Pune, Maharashtra - 413 102.
At Pimpli, Tal.
Baramati, Dist. Pune.
22 MW 19.8 -- -- -- --
30
M/s Sonhira Sahakari Sakhar Karkhana Ltd, At Mohanrao Kadamnagar, Wangi, Tal. Kadegaon,Dist. Sangli.
Wangi. Tal. Kadegaon Dist.Sangli.
22 MW 19.8 -- -- -- --
31
M/s Adani Power Maharashtra Ltd, Adani House (Power Division),Plot No.83, Industrial area,Sector-32,Gurgaon
Tiroda,Dist. Gondia
5 X 660 MW -- 1320 1200 -- --
32
M/s Vidarbha Industries Power Ltd, Dhirubai Ambani Knoledge City,I, Block,2nd Floor, Noth Wing, tane Belapur Road, Koperkhiirne- New Mumbai
MIDC Butibori, Nagpur
1 X 50 MW out of 300
MW -- 45 -- -- --
20
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
Capacity Applied (MW)
Available Generation in MW (PPA Signed )
2010-11 2011-12 2012-13 2013-14 2014-15
33
M/s Spark Green energy (Satara), Ltd,"Link Side" 50, Carter Road, Bandra (West), Mumbai -400 050
MIDC Lonand
25 MW 22.5 -- -- -- --
34
M/s Spark Green energy (Satara), Ltd,"Link Side" 50, Carter Road, Bandra (West), Mumbai -400 050
MIDC Newasa
25 MW 22.5 -- -- -- --
35
M/s Yashvantrao Mohite Krishna Sahakari Sakhar Karkhana Ltd, Rehthare Budruk,Tal. Karad, Dist. Satara, P.P.Shivajinagar -415 108.
Rehthare BK., P.O.
Shivajinagar, Tal. Karad, Dist. Satara
16 MW 14 -- -- -- --
36
M/s A.A. Energy Ltd, 101, Nikalas Tower, Central Bazar Road, Ramdaspeth, Nagpur-440 010.
Kh. No.324, Mauza Wadsa,
Desaiganj, Dist.
Gadchiroli
10 MW 9 -- -- -- --
37 M/s Ballarpur Industries Ltd. P.O.Ballarpur Paper Mills, Dist. Chandrapur-4420901
At Ballarpur, Dist.
Chandrapur
10 MW (40 MW)
9 -- -- -- --
38
M/s Mahati Hydro Power Projects Pvt. Ltd.32-33, Shankarshet Road,Behind S.T.Workshop, Pune
Veer NLBC Small HEP,
Tal. Purandar,Dist. Pune
4.8 MW 4.752 -- -- -- --
39
M/s Mahati Hydro Power Projects Pvt. Ltd.32-33, Shankarshet Road,Behind S.T.Workshop, Pune
Sonwade (Chandoli),Tal. Shirala, Dist.Sangli.
5 MW 4.95 -- -- -- --
40
M/s Dudhaganga Vedganga SSK.Ltd. Mouninagar,Tal. Kagal ,Dist. Kolhapur-416 208.
At Mouninagar
(Bidri) Dist.Klhapur.
20 MW 18 -- -- -- --
41
M/s R.M Mohite Textile Ltd, R.S.347, Ambapwadi Phata,Off NH4, P.O.1 Wadgaon, Tal. Hatkanagle, Dist.Kolhapur
At Radhanagari Dam Dist. Kolhapur
10 MW 9 -- -- -- --
42
M/s Shri Vasant Dada Sahakari Sakhar Karkhana Ltd Vithewadi (Lohoner) Tal. Deola, Dist. Nasik
Vithewadi (Lohoner) Tal. Deola, Dist. Nasik.
17 MW 15.3 -- -- -- --
21
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
CapacityApplied (MW)
Available Generation in MW (PPA Signed )
2010-11 2011-12 2012-13 2013-14 2014-15
43
M/s Gopani Iron &Power (India) P.Ltd.A-22 MIDC Growth Centre, Post Tadali-442 406.
MIDC Growth Centre Tadali
8MW (15 MW)
7.2 -- -- -- --
44 M/s Uttam Galva Metallics Ltd,Bhugaon Link Road,Wardha -442001.
At Bhugaon Link Road, Wardha.
10 MW (15 MW)
9 -- -- -- --
45
M/s Shree Virangana Steels Pvt. Ltd. 126-128, 1st Floor, Shriram Tower, Kingswamy Sadar, near NIT office ,Nagpur-440001
At Mauja Ukerwahi, Village Heti, Umrer Road, Nagpur.
22 MW (30 MW)
19.8 -- -- -- --
46
M/s RPL URJA (Division of Rasoya Protiens Ltd), Village Kalmana, Tal.Wani, Dist.Yavatmal.
Village Kalmana, Tal. Wani,
Dist. Yavatmal
8.5MW (10 MW)
7.65 -- -- -- --
47 M/s Shankar Sahakari Sakhar Karkhana Ltd. -Kaulage, Tal.Kagal Dist.Kolahapur.
Tal. Malshiras,
Dist.Solapur.
17.5MW (20 MW)
15.75 -- -- -- --
48
M/s Vayunandana Power Ltd, 12-2-460,Plot No.2, New Huda layout, Gudimalkapur, Mahadipatnam, Hyderabad-500 028.
At Village Kaneri,Dist. Gadchiroli.
10MW (12 MW)
9 -- -- -- --
49
M/s Pepsico India Holdings Pvt. Ltd, L.U.Gadkari Marg, Village Anik,Mahul, Chembur,Mumbai 400 074.
Sadawaghapur, Dist. Satara
1.85 MW -- 1.665 -- -- --
50
M/s Shree Renuka Sugars Ltd,7th floor, Devchand House, Shiv sagar Estate, Dr.Annie Beasant Road, Worli, Mumbai-400 018.
Shahunagar, Shendre,Sat
ara
22 MW (24 MW)
20 -- -- -- --
51
M/s Kalyani Renewable Energy India Ltd,D.No.5-6,Prathipadu Village, Tadepalligudem, west Godavari, Dist. A.P.534 146.
At Balapur MIDC, Dist.
Akola
13.8 MW
(15 MW) 12.42 -- -- -- --
52
M/s The Sanjivani (Takli) Sahakari Sakhar Karkhana Ltd.Sahajanandnagar, P.O.Shinganapur - 423 603, Tal. Kopargaon, Dist. Ahmednagar
Tal. Kopargaon,
Dist. Ahmednagar
6.6 MW
(15.9 MW) -- 5.94 -- -- --
22
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
CAPACITY APPLIED (MW)
Available Generation in MW (PPA Signed )
2010-11 2011-12 2012-13 2013-14 2014-15
53
M/s Kisanveer Satara Sahakari Sakhar Karkhana
Ltd, Kianveer Nagar, Tal. Wai, dist.Satara.
At Kisan Veer Nagar,
Tal. Wai.Dist. Satara
19.56MW (22 MW)
17.604 -- -- -- --
54
M/s Malegaon Sahakari Sakhar Karkhana Ltd.At Post. Shivajinagar,Tal. Baramati,
Dist. Pune.
Village Shivajinagar
,tal. Baramati,Dis
t.Pune
14MW (21 MW)
12.6 -- -- -- --
55
M/s Kukadi Sahakari Sakhar Karkhana Ltd,
At Pimpalgaon Pisa, Tal. Shrigonda, Dist.Ahmednagar.
Tal. Shrigonda,
Dist. Ahmednagar
10MW (16 MW)
9 -- -- -- --
Total 2057 2023 2850 90 0
Existing EX BUS Generation 224 2281 4304 7154 7244
Year Wise EX - BUS Availability 2281 4304 7154 7244 7244
23
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table – 8.4 – Evacuation Arrangement for existing IPP /CPP/Biomass/Bagasse/Biogas
based Plants
SR. NO.
NAME OF APPLICANT Location of the
Plant
CAPACITY APPLIED (MW)
Evacuation Arrangement
1 M/s Indrajit Infrastructure Pvt.Ltd. Modern Centre,'B' Wing, 2nd Floor, Sane Guruji Marg, Mahalaxmi, Mumbai-400011.
Bhugaon (Wardha-II)
2 x 40 MW = 80 MW
220kV line from their plant upto 220 kV Bhugaon S/S.
2 M/s. Purty Sakhar Karkhana, Dist. Wardha.
Wardha. 1 x 24 = 24 MW
LILO on 220 kV Khaparkheda – Wardha S/c at 220 kV Purty S/s
3 M/s Ind-barath Engineers (Maharashtra ) Ltd.Plot No.30-A,Road No.1, Film Nagar,Jubillee Hills, Hyderabad-500 033.
Village Kharab Khandgaon,,Dist.
Nanded
20MW 132 kV line from their plant upto 132 kV Mukhed S/S.
4 M/s Lokmangal Sugar Ethanol & Co-Generation Industries Ltd, 33/A, Sahyadri Nagar,Hotgi Road, Solapur -413 003.
Bhandarkavathe, Tal. South Solapur, Dist. Solapur.
1 X 15 MW 132 kV line from their plant upto 132 kV Mandrup S/S
5 M/s M/s Hotel Leelaventure Ltd, The Leela Kempinski, Sahar, Andheri (E), Mumbai 400 059.
Village
Khaparale,Tal.
Sinnar dist Nasik.
4.5 MW 33 kV line from their plant at Khaprale, upto MSETCL 132 /33 kV Khaprale S/S-
6 M/s Hotel ITC the Maratha, Near Blue Dart Office,Sahar Airport Road, Mumabi -400 099.
Village Khaprale (Sinnar),Dist.
Nasik
6 MW 33 kV line from there proposed plant at Khaprale, Sinnar upto MSETCL 132/33 kV Khaprale S/S,
7 M/s Renuka Sugars Ltd.at Deshbakta Ratnnappanna Kumbhar Panchaganga Sahakari Sakhar Karkhana, Ganga Nagar, Ichalkarangi.
Ganga Nagar, Dist.Ichalkarangi
1 X 30 MW LILO on 110 kV Kolhapur-II -Ichalkarangi Line.
8 M/s Daund Sugar Ltd, ICC Trade Tower, B-Wing 201,Senapati Bapat Road, Pune-411 016.
Village Alegaon,
Tal. Daund, Dist.
Pune.
18 MW LILO on 132 kV Daund -Shrigonda Line.
9 M/s Baramati Agro Ltd, Pimpli, Baramati, Dist. Pune
At Pimpli, Tal. Baramati, Dist.
Pune.
22 MW 220 kV lines from their plant to Bhigwan S/S.
10 M/s Finolex Industries Ltd. Project Office,26/27, Pimpri,Pune
At Ranpar-Golap,dist. Ratnagiri
22 MW 220 kV line from their plant upto 220 kV Pawas S/S.
11 M/s Kranti Sahakari
Sakhar Karkhana, Kundal,
Dist.sangli
Kundal, Tal.
Palus, Dist.
Sangli.
6.65 MW
(8.85 MW)
33 kV lines from your plant at Kundal, Tal. Palus,Dist Sangli upto MSETCL 110/33 kV Kundal S/S
24
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 /WEF 01/04/10
Table – 8.5 – Evacuation Arrangement for proposed IPP /CPP/Biomass/Bagasse/Biogas based Plants
SR. NO.
NAME OF APPLICANT Location of the Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
1 M/s JSW Energy Ltd. Jindal Mansion, 5A.Dr.G.Deshmukh Marg. Mumbai 400 026.
Jaigad 4 X 300 = 1200
1) 400 kV Jaigad-New Koyna D/C with Quad Cond. 2) 400 kV Jaigad-Karad D/C with quad cond.
2 M/s M/s Gupta Energy Pvt. Ltd.(Formerly Gupta Coal Fields and Washaries Ltd.) 7th Floor,Shriram Towers, Kingsway, Nagpur 440 001Tal. Ghugus, Dist.Chandrapur.
Usegaon, Dist.
Chandrapur
2 X 60 = 120 1) 220 kV Ghugus -Chandrapur MIDC D/C line.
3 M/s Nagpur Energy Infrastructure Ltd.(Formerly Baidyanath Power &Mining), 5, Temple Road,Civil Lines, Nagpur-440 001.
Near Bhadravati,Dist. Chandrapur.
250 + 250 + 500 = 1000
1) 400 kV Bhadravati Plant-Chandrapur-II D/C line with quad. Cond.
4 M/s Patni Energy Ltd. 302-304, Regent Chembers,Nariman Point, Mumbai 400021.
Medhekar, Tal.Alibag.
2 x 135 = 270 1) 220 kV Patni Plant -Wadkhal D/C line.
5 M/s Emco Energy Ltd.Warora, Plot No.F-5, Road No.28, wagle industrial Estate,Thane-400 604.
Warora 2 x 135 = 270 1) 220 kV Emco Plant -Warora D/C line
6 M/s Sun-Flag Iron and Steel Co.Ltd. Bhandara Road, Bhandara-441 905
At Warthi, Dist. Bhandara
2 x 15 = 30 1) 220 kV Lines from the plant to 220 kV Bhandara S/S
7 M/s Wardha Power Company Pvt.Ltd, 8-2-293/82/A/431/A, Road No.22, Jubilee Hills, Hyderabad -500033.
Warora,Dist. Chandrapur
2 x 135 = 270 (Phase -I)
1) 220 kV Warora plant - Warora D/C line
8 M/s Ultra Tech Cement Ltd. Awapur Cement works, tal. Korpana, Dist. Chandrapur.
Awapur, Tal. Korpana,Dist. Chandrapur.
12 1) 220 kV line from their Plant at Awapur upto 220 kV Gadchandur
9 M/s Finolex Industries Ltd. Project Office,26/27, Mumbai -Pune Road,Pimpri,Pune-411 018.
At Ranpar-Golap,dist. Ratnagiri
22 1) 220 kV line from their plant upto 220 kV Pawas S/S.
10 M/s Reliance Industries Ltd, Maker Chanbers IV,3rd Floor,222,Nariman Point,Mumbai 400 021.
Nagothane 345 1) 220 kV RIL Plant-Nagothane D/C line
25
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
11 M/s Ind-Barath Power (Konkan) Ltd. Plot No.321, Br. Nath Pai Road,RamtirthNagar, Belgaum-590016.
At Village Aonda,Dist. Sawanwadi.
300 1) From their Plant at Aronda upto 220 kV Sawantwadi S/S.
12 M/s Wardha Power Company Pvt.Ltd, 8-2-293/82/A/431/A, Road No.22, Jubilee Hills, Hyderabad -500033.
Warora,Dist. Chandrapur
2 x 135 = 270 (Phase
-II)
1) 220 kV line from Warora Plant to 400 kV Warora S/S by making LILO on 220 kV Warora-Bhugaon Line.
13 M/s Finolex Infrastructure Ltd. 26-27,Mumbai -Pune Road, Pimpri, Pune-411 018
At Ranpar-Golap,dist. Ratnagiri
1000 1) 400 kV D/C line from Golap to Korad-II S/S
14 M/s Indiabulls Real Tech Limited. Indiabulls House, 448-451, Udyog Vihar, Phase, Gurgaon -122 001.
Sinnar 2 X 660 = 1320
1) 400 kV Sinnar - Babhaleshwar D/C line with quad cond.
15 M/s Sophia Power Company Limited.At Nandgaon pet Ind.Area.Amravati
Nandgaon Peth
Amravati
4 X 660 = 2640
1) 400 kV Nandgaon Peth- Akola D/C line with quad cond. 2) LILO on Akola-Koradi-II S/C at Nandgaon Peth.
16 M/s Abhijit MADC Nagpur Energy Pvt.Ltd.39, Ambazari Layout, Nagpur-440 033.
At Gumgaon MIHAN SEZ, Dist. Nagpur
4 X 50 = 200
1) LILO on 220 kV Wardha-I to Ambazari S/C line
17 M/s Maharashtra Vidyut Nigam Ltd. 7th Floor,Shriram Towers, Kingsway, S.V.Patel Marg, Sadar,Nagpur.Nagpur
MIDC Deoli. Dist. Wardha
10 1) 132 kV D/C line from Plant at MIDC Deoli - Deoli S/S.
18 M/s Lloyds Metals & Engineers Ltd, Modern Mills Compound,101, Keshavrao Khade Marg, Jacob circle,Mumbai 400 011.
Ghugus, Dist. Chandrapur.
4 X30 = 12 1) 220 kV D/C line from From Plant to Matradevi.
19 M/s IDEAL Energy Projects Ltd, IRB Complex, 2nd Floor, Chandivili Village, Andheri (E), Mumbai -400 072
Near Bela, tal. Umred, Dist.Nagpur
2 X 135 = 270
1) 220 kV D/C line from Bela to Purti 2) LILO on K'khed-Wardha-I at Purti.
20 M/s JSW Steel Ltd. B-6,Tarapur MIDC Industrial Area, Navapur road, Boiser -401 506.
Tarapur. 30 1) 220 kV D/C line from Tarapur to Boiser-II
26
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
21 Uttam Galva Steels Ltd, Donavat Complex,Village Donavat, Tal. Khalapur, Dist. Raigad.
Narangi,Dist. Raigad.
2 X 30 = 60 1) 100 kV D/C line from Donavat to Tambati S/S
22 M/s Jay Mahesh Sugar Industries Ltd, Off. Pawarwadi, tal. Majalgaon, Dist. Beed.
Parewadi,Dist. Beed.
1 X 30 = 30 1) 132 kV D/C line Parewadi to 132 kV Majalgaon S/S.
23 M/s Renuka Sugars Ltd.at Deshbakta Ratnnappanna Kumbhar Panchaganga Sahakari Sakhar Karkhana, Ganga Nagar, Ichalkarangi.
Ganga Nagar, Dist.Ichalkarangi
1 X 30 = 30 1) LILO on 110 kV Kolhapur – Ichalkarangi Line
24 M/s Birla carban, Patalganga Project, Village Lohop, Patalganga, Tal.Khalapur, Dist.Raigad
Patalganga,Dist. Raigad.
2 x 15 = 30 1) 100 kV D/C line from Lohop to Patalganga S/S
25 M/s Gangakhed Sugar and Energy Pvt. Ltd. C/O Sunil Hitech Engineers Ltd,97, East High Court Road, Ramdaspeth
Gangakhed, Dist. Parbhani
1 X 30 = 30 1) 132 kV D/C line from their Plant to 132 kV Gangakhed S/S.
26 M/s Tembhu Power Private Limited, Krishnangan C-7, karad Wakhan Road, Karad Gramin, Tal. Karad, Dist. Satara.
Koregaon, Tal.Karad, Dist.
Satara.
3 X 1.5 = 4.5
1) 110 kV D/C line form Plant to Tembhu S/S.
27 M/s Saikrupa Sakhar Karkhana Ltd, A/P Hiradgaon, Tal.Shigonda,Dist. Kolhapur.
Village Takaliwadi, Tal. Shirol,Dist. Kolhapur.
35 1) 132 kV lines from their plant to 132 kV Shrigonda S/S
28 M/s ISMT Ltd. At Lunkad Towers, Viman Nagar, Pune 411 014.
Kurla, Dist. Chandrapur.
40 1) From their Plant to 132 kV level of 220/132 kV Hinganghat S/S
29 M/s Urjankur Shree Datta Power Company Ltd.at Datta Nagar, Taluka Shirol, Dist. Kolhapur.
Datta Nagar, Tal.Shirol,
Dist.Kolhapur.
36 1) 110 kV D/C line from Dattanagar to Jaysingpur S/S.
30 M/s Urjankur Shree Datta Power Company Ltd.at Shree Tatyasaheb Kore Warna SSKL, Warnanagar, Tal. Panhala, Dist. Kolhapur.
Warnanagar, Tal.
Panhala,Dist. Kolhapur.
44 1) 132 kV line from Warnanagar to 132-110 kV Wathar S/S.
27
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the
Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
31 M/s Purna Sahakari Sahkar Karkhana Ltd,At Basmatnagar Dist. Hingoli.
At Basmatnagar Dist. Hingoli
18 1) 132 kV lines from their plant to 132 kV Basmatnagar S/S.
32 M/s Shree Someshwar Sahakari Sakhar Sakhar Karkhana Ltd.,Someshwarnagar, Taluka- Baramati, Dist. Pune
At Someshwarnagar, Tal. Baramati, Dist.Pune.
18 1) 132 kV Line from their plant to 132 kV Someshwar S/S
33 M/s Daund Sugar Ltd, ICC Trade Tower, B-Wing 201,Senapati Bapat Road, Pune-411 016.
Village Alegaon, Tal. Daund, Dist. Pune.
18 1) LILO on 132 kV Daund -Shrigonda Line.
34 M/s Samarth Sahakari Sakhar Karkhana Ltd, Post. Ankushnagar, Tal. Ambad, Dist. Jalna.
At Ankushnagar, Tal.Ambad, Dist. Jalna.
18 1) 132 kV lines from Plant to Deoli S/S.
35 M/s Vighnahar Sahakari Sakhar Karkhana Ltd, At Nivrutinagar(Dhalewadi),P.O. Shiroli, Tal. Junnar, Dist. Pune.
At Nivrutinagar(Dhalewadi) Tal. Junnar,Dist. Pune
12 1) 132 kV lines from Plant to 132 kV Narayangaon S/S.
36 M/s Baramati Agro Ltd, Pimpli, Baramati, Dist. Pune, Maharashtra - 413 102.
At Pimpli, Tal. Baramati, Dist. Pune.
22 1) 220 kV lines from their plant to Bhigwan S/S.
37 M/s Sonhira Sahakari Sakhar Karkhana Ltd, At Mohanrao Kadamnagar, Wangi, Tal. Kadegaon,Dist. Sangli.
At Mohanrao Kadam Nagar, Wangi. Tal.
Kadegaon Dist.Sangli.
22 1)132 kV lines from their plant to 220/132 kV Kadegaon S/S.
38 M/s Adani Power Maharashtra Ltd, Adani House (Power Division),Plot No.83, Industrial area,Sector-32,Gurgaon-122001
Tiroda,Dist. Gondia 5 X 660 = 3300
1) 765 kV 2 x S/C line from plant to MSETCL's proposed 765 kV Koradi -III S/s. 2) 2 x 1000 MVA, 765/400 kV ICT at plant. 3) 400 kV D/C line from Tiroda to Warora S/S. 4) With 765 kV lines, 400 kV Tiroda - Koradi-II D/C line will not be required.
39 M/s Vidarbha Industries Power Ltd, Dhirubai Ambani Knoledge City,I, Block,2nd Floor, Noth Wing, tane Belapur Road, Koperkhiirne- New Mumbai
MIDC Butibori, Nagpur 50 (300) 1) 220 kV lines from plant to MIDC Butibori S/S.
40 M/s Bhaurao Chavan Sahakari Sakhar Karkhana Ltd,Laxminagar, Degaon-Yelegaon,Post. Laxminagar, Tal. Ardhapur, Dist. Nanded.
Laxminagar, Tal.Ardhapur, Dist.Nanded
16.2 1) 132 kV lines from their plant to 132 kV Ardhapur S/S.
28
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
41 M/s Gurudatt Sugars Ltd, A/P Takaliwadi, Tal. Shirol,Dist. Kolhapur.
Village Takaliwadi,
Tal. Shirol,Dist. Kolhapur.
15 1) 110 kV lines from their plant to 110 kV Kurundhawadi S/S.
42 M/s Spark Green energy (Satara), Ltd,"Link Side" 50, Carter Road, Bandra (West), Mumbai -400 050
MIDC Lonand 25 1) 132 kV level of 220/132 kV MIDC Lonand S/S
43 M/s Spark Green energy (Satara), Ltd,"Link Side" 50, Carter Road, Bandra (West), Mumbai -400 050
MIDC Newasa 25 1) MSETCL proposed 132 kV Ghodegaon S/S
44 M/s Yashvantrao Mohite Krishna Sahakari Sakhar Karkhana Ltd, Rehthare Budruk,Tal. Karad, Dist. Satara, P.P.Shivajinagar -415 108.
Rehthare BK., P.O.
Shivajinagar, Tal. Karad, Dist. Satara
16 1) 110 kV lines from their plant to 110 kV Rethare S/S.
45 M/s A.A. Energy Ltd, 101, Nikalas Tower, Central Bazar Road, Ramdaspeth, Nagpur-440 010.
Kh. No.324, Mauza Wadsa,
Desaiganj, Dist.
Gadchiroli
10 1) 132 kV lines from their plant to 132 kV Bramhapuri S/S.
46 M/s Ballarpur Industries Ltd. P.O.Ballarpur Paper Mills, Dist. Chandrapur-4420901
At Ballarpur, Dist.
Chandrapur
10 (40) 1) 220 kV Line from their plant to 220 kV Ballarpur S/S
47 M/s Mahati Hydro Power Projects Pvt. Ltd.32-33, Shankarshet Road,Behind S.T.Workshop, Pune
Veer NLBC Small HEP,
Tal. Purandar,Dist.
Pune
4.8 1) 110 kV Line from their Plant at sonwade to 110 kV Warna S/S
48 M/s Mahati Hydro Power Projects Pvt. Ltd.32-33, Shankarshet Road,Behind S.T.Workshop, Pune
Sonwade (Chandoli),Tal.
Shirala, Dist.Sangli.
5 1) 110 kV Line from their plant at Veer upto 110 kV Veer S/S.
49 M/s Dudhaganga Vedganga SSK.Ltd. Mouninagar,Tal. Kagal ,Dist. Kolhapur-416 208.
At Mouninagar (Bidri)
Dist.Klhapur.
20 1) From their Plant at Bidri (Mouninagar) Upto 220/132 kV Bidri S/S
29
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the
Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
50 M/s Technocraft Industries Ltd.A-25. MIDC, Street No.3, Marol Indusrial Area, Andheri (E),Mumbai-400 093.
At Village Dahivali, Murbad.
15 1) LILO on 100 kV Padhge-Murbad line
51 M/s R.M Mohite Textile Ltd, R.S.347, Ambapwadi Phata,Off NH4, P.O.1 Wadgaon, Tal. Hatkanagle, Dist.Kolhapur
At Radhanagari Dam Dist. Kolhapur
10 1) 33 kV level of MSETCL existing 110/33 kV Radhanagari S/S
52 M/s Dhariwal Infrastructure(P)Ltd.At Tadali, Dist.Chandrapur.
Tadali(Chandrapur MIDC),Dist. Chandrapur.
300 1) 400 kV Lines from their plant to 400/220 kV Chandrapur -II S/S
53 M/s Shri Vasant Dada Sahakari Sakhar Karkhana Ltd Vithewadi (Lohoner) Tal. Deola, Dist. Nasik
Vithewadi (Lohoner) Tal.
Deola, Dist. Nasik.
17 1) From their Plant at Vithewadi to 132 kV level of 220/132 kV Satana S/S
54 M/s ACI Infotech Ltd, A division of Infocom Ltd, 278, Vasan Udyog Bhawan, Opp. Highstreet Phoenix Mill, Lowar Parel(W), Mumbai-400 013
At Bhigwan, Tal. Indapur, Dist.
Pune.
15 1) 220 kV Line from their plant to 220/22 kV Bhigwan S/S
55 M/s Gopani Iron &Power (India) P.Ltd.A-22 MIDC Growth Centre, Post Tadali-442 406.
MIDC Growth Centre Tadali
8 (15) 1) 33 kV lines from their plant to 220/33 kV Chandrapur MIDC S/S.
56 M/s Uttam Galva Metallics Ltd,Bhugaon Link Road,Wardha -442001.
At Bhugaon Link Road, Wardha.
10 (15) 1) 220 kV Lines from their plant to 220 kV Bhugaon (Wardha-II) S/S
57 M/s Grace Industries Ltd, A-23, MIDC Estate, Tadali Growth Centre, Chandrapur
At MIDC Estate Tadali.
28 (33) 1)LILO on 220 kV Gadchandur –CTPS line
58 M/s Shree Virangana Steels Pvt. Ltd. 126-128, 1st Floor, Shriram Tower, Kingswamy Sadar, near NIT office ,Nagpur-440001
At Mauja Ukerwahi, Village Heti, Umrer Road,
Nagpur.
22 (30) 1) 220 kV Lines from their plant to220 kv Umred S/S.
59 M/s RPL URJA (Division of Rasoya Protiens Ltd), Village Kalmana, Tal.Wani, Dist.Yavatmal.
Village Kalmana, Tal. Wani, Dist.
Yavatmal
8.5 (10) 1) 33kV Lines from their plant to 220/33 kV Wani S/S.
30
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the
Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
60 M/s B.S.Ispat Ltd.Survey No.97, Village Salori, Yensa, Tal. Warora, dist. Chandrapur.
Village Salori, Yensa, Tal. Warora
15 1) 33 kV Lines from their plant to 220/33 kV Warora S/S
61 M/sVikas SSK. Ltd, Vaishali Nagar, Tal. Nivali, Dist. Latur.
At Vaishli Nagar, tal. Nivali. Dist.
Latur
18 1) 132 kV line from their plant to 132/33 kv Nivali S/S
62 M/s Shankar Sahakari Sakhar Karkhana Ltd. -Kaulage, Tal.Kagal Dist.Kolahapur.
At Sadashivnagar, Tal. Malshiras, Dist.Solapur.
17.5 (20) 1) 132 kV Line from their plant to 132kV Purandwade S/S
63 M/s Sadashivrao Mandalik Kagal Taluka SSK.Ltd, Sadashiv Nagar, Hamidwada -Kaulage, Tal.Kagal Dist.Kolahapur.
At Sadashivnagar, Hamidwada, Tal. Kagal,Dist.Kolhap
ur.
12 1) 33 kV Lines from their plant to proposed 220/33 kV Hamidwada S/S-
64 M/s Vayunandana Power Ltd, 12-2-460,Plot No.2, New Huda layout, Gudimalkapur, Mahadipatnam, Hyderabad-500 028.
At Village Kaneri,Dist. Gadchiroli.
10 (12) 1) 132 kV line from their plant to 220/132 kV Gadchiroli S/S
65 M/s M/s Bombay Rayon Fashions Ltd,Plot No.C-7, Tarapur MIDC, Near Tarapur Vidya Mandir, Boisar, Tal. Palghar, Dist. Thane.
At Tarapur MIDC 6 (8) 1) 33 kV lines from their plant toMSETCL 220/132/33 kV Boiser –II S/S
66 M/s Shri Shankar Maharshi Shankarrao Mohite-Patil SSK Ltd, Shankarnagar, Akluj Tal. Malshiras, Dist. Solapur.
At Akluj,Tal. Malshiras,Solapur
33 1) 132 kV line from their plant to MSETCL proposed 132 kV Shankarnagar S/S
67 M/s Pepsico India Holdings Pvt. Ltd, L.U.Gadkari Marg, Village Anik,Mahul, Chembur,Mumbai 400 074.
t Sadawaghapur, Dist. Satara
1.85 1) 33 kV line from their plant to 220/33 kV Sadvaghapur S/S
68 M/s Shree Renuka Sugars Ltd,7th floor, Devchand House, Shiv sagar Estate, Dr.Annie Beasant Road, Worli, Mumbai-400 018.
At Ajinkyatara SSK,Shahunagar,Shendre,Satara
22 (24) 1) LILO on 220 kV Vankuswadi –Satara MIDC S/S
69 M/s Dwarkadhish SSSK Ltd, KarkhanaShalivahana Projects Ltd,1582,7th Floor, Minerva Complex, S.D. Road, Secunderabad.
At Village Seware,
Taharabad, tal. Satana,Dist.
Nasik
10 1) 132kV lines from their plant to 132 kV Taharabad S/S.
31
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the
Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
70 M/s Kalyani Renewable Energy India Ltd,D.No.5-6,Prathipadu Village, Tadepalligudem, west Godavari, Dist. A.P.534 146.
At Balapur MIDC, Dist. Akola
13.8 (15) 1) 132 kV Lines from their plant to 220/132/33 kV Balapur S/S.
71 M/s The Sanjivani (Takli) Sahakari Sakhar Karkhana Ltd.Sahajanandnagar, P.O.Shinganapur - 423 603, Tal. Kopargaon, Dist. Ahmednagar
Sahajanandnagar, Tal. Kopargaon,Dist. Ahmednagar.
6.6 (15.9) 1) 33 kV Lines from their plant to 132/33 kV Kopergaon S/S.
72 M/s Kisanveer Satara Sahakari Sakhar Karkhana Ltd, Kianveer Nagar, Tal. Wai, dist.Satara.
At Kisan Veer Nagar, Tal.
Wai.Dist. Satara
19.56 (22) 1) LILO on IInd circuit of 132 kV Lonand-Wai line
73 M/s Ideal Energy Projects Ltd,122, 2nd Floor, Telecom Nagar, Near Ranta Pratap square, Nagpur-440 022.
Kundal, Tal. Palus, Dist. Sangli.
Addil.1 X
270 = 270
1) 400 kV D/C line from thier plant to 440 kV Warora S/S.
74 M/s Shriram Jawahar Shetkari Sahakari Sakhar Udyog,Phaltan, Tal.Phaltan,Dist.Satara
Phaltan, Tal.Satara
1.2 (1.5) 1) 33 kV lines from their plant to 132/33 kV Phaltan S/S
75 M/s Hindustan Electricity Generation Company Pvt. Ltd.Olympia, Central Avenue, Hiranandani Business Park.
At Navlakhumbre, pune
350 1) LILO on 400 kV Lonikand – Kalwa S/C Line upto their plant
76 M/s Vidarbha Energy and Infrastructure P.Ltd, 4th Floor, MG House, R.T. Road, Civil Lines, Nagpur.
Village Choramba, Tal. Ghatangi, Dist.
Yeotmal.
10 1) 132 kV lines from their plant to 132 kV Ghatangi S/S.
77 M/s Mahalaxmi Vidyut Private Ltd, 363/11, Balaji Niwas,Deep Bangalow Chowk, Shiwaji Nagar, Pune-411 016.
At Konal, Sindhudurg
2 X 5 MW 1) LILO on 220 kV Kolhapur-III – Phonda S/C Line upto their plant
32
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
NAME OF APPLICANT Location of the
Plant
CAPACITY APPLIED (MW)
Proposed Evacuation Arrangement
78 M/s Malegaon Sahakari Sakhar Karkhana Ltd.At Post. Shivajinagar,Tal. Baramati, Dist. Pune.
Village Shivajinagar,tal.
Baramati,Dist.Pune
14 (21) 1) LILO on 400 kV Lonikand – Kalwa S/CLine upto thier plant
79 M/s M/s Greta Energy Ltd, Station Road, Brahampuri- 441206. Dist. Chandrapur.
Mul MIDC,Tal Mul, Dist. Chandrapur
15 1) 132 kV lines from their plant to 132 kV Mul S/S
80 M/s Shree Sidhabali Ispat Ltd, Plot No.C-2, MIDC Area, Tadali, Dist. Chandrapur-442406.
C-2 MIDC Area
Tadali,Dist. Chandrapur.
10 (20) 1) 33 kV lines from their plant to 220 /33 kV Chandrapur MIDC S/S
81 M/s Renuka Sugar Ltd, 7th Floor, Devchand House, Shiv Sagar Estate, Dr. Annie Besant Road, Worli, Mumbai-400 018.
Balaji nagar, Nandur, Tal.
Mangalweda Dist. Solapur
26 (30) 1) LILO on 132 kV Pandharpur –Mangalwedha line
82 M/s Kukadi Sahakari Sakhar Karkhana Ltd, At Pimpalgaon Pisa, Tal. Shrigonda, Dist.Ahmednagar.
Pimpalgaon Pisa, Tal. Shrigonda, Dist.Ahmednagar
10 (16) 1) 132 kV Lines from their plant upto MSETCL proposed 220/132 kV Belwandi S/S
33
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
9. Wind Generation
In this plan the aspect of wind generation is also covered. Existing wind generation is
2526MW out of which 260 MW generation (considering 10.28 % PLF) has been considered
in the study.
10.28 % PLF is obtained during peak load conditions as per Demo results of Wind mills
installed by MEDA
Table 9.1 - Existing Wind Generation as on 31.03.10
SR. NO DISTRICT CAPACITY (MW)
1 Satara 885
2 Sangli 700
3 Ahmednagar 108
4 Dhule 729
5 Nasik 90
6 Solapur 2
7 Sindhudurg 2
6 Beed 10
GRAND TOTAL 2526
TOTAL WIND POWER GENERATION (10.28 % of total capacity)
260
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table 9.2 - Proposed Wind Generation Developerwise for the year 2010-11
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Suzlon Energy Pvt. Ltd.
1 Satara Sadawaghapur
100 80 1) 220/33 KV, 2 X 100 MVA S/S. at Sadawaghapur. 2) 220 KV DC Line Froam Munde S/S to Sadawaghapur S/S.-30KM. 3) 220 KV Line Bays at Mundhe S/S.-2 Nos
2 Satara 70 56
3 Satara Amberi 127.5 102
1) 132/33 KV, 3 X 50 MVA S/S. at Amberi 2) 132 KV DC Line Froam Phaltan S/S to Kas S/S.- 24.5 KM. 3) 132 KV Line Bays at Phaltan S/S.-2 Nos
4 Satara Kas 100 80
1) 132/33 KV, 2 X 50 MVA S/S. at Kas. 2) 132 KV DC Line Froam Satara Road S/S to Kas S/S.- 44KM. 3) 132 KV Line Bays at Satara Road S/S.-2 Nos
5 Satara GudePanchgani 50 40 1) 132/33 KV, 1 X 50 MVA Transformer installation at Shirala S/S. 2) 33KV Line Bays at Shirala S/S.-2 Nos
6 Satara GudePanchgani 170 136 1) 220/33 KV, 2 X 100 MVA S/S. at Nigade. 2) 220 KV DC Line From Nigade S/S to LILO point.-40KM.
7 Satara Matrewadi 50 40
1) 132/33 KV, 1 X 50 MVA S/S at Wind Farm Site. 2) 132KV Line Bays at Kale S/S.-1 Nos 3) 132 KV line second ckt. Stringing - 29KM. 4) 132 KV SC on DC line - 20KM.
8 Sangli Dhalgaon 50 40
1) 220/33 KV, 1 X 50 MVA T/F at Hivare S/S. 2) 220 KV SC on DC Line Froam Hivare S/S to Lamboti S/S.-125KM. 3) 220 KV Line Bays at Lamboti S/S.- 1 Nos
9 Sangli Ghatnandre 85 68
1) 220/33 KV, 1 X 100 MVA T/F installation at Ghatnandre S/S. 2) 220 KV line second ckt. Stringing from Ghatnandre to Vita.- 40KM. 3) 220 KV Line Bays at Vita S/S.- 1 No.
10 Sangli Dhalgaon 40 32 1) 220/33 KV, 1 X 50 MVA Transformer installation at Vita S/S. 2) 33KV Line Bays at Vita S/S.- 2 Nos
35
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Suzlon Energy Pvt. Ltd.
11 Sangli Dhalgaon 300 240
1) 220/33 KV, 3 X 100 MVA S/S. at Hivare. 2) 220 KV DC Line From Hivare S/S to Lamboti S/S.-125KM. 3) 220 KV Line Bays at Lamboti S/S.-2 Nos
12 Dhule Brahamanwel 245 196
1) 220/33 KV, 2 X 100 MVA S/S. at Mogarpada. 2) 220 KV SC on DC Line From Mogarpada S/S to Gangapur S/S.-25KM. 3) 220 KV DC on DC Line From Mogarpada S/S to Satana & Second Ckt. Stringing on Satana Malegaon Line 4)220 KV Line Bay at Satana & Malegaon & Gangapur S/S.-3 Nos
13 Dhule Balsane 100 80
1) 132/33 KV, 2 X 50 MVA S/S at Wind Farm Site. 2) 132KV Line Bays at Nardhane S/S.-2 Nos 3) 132 KV DC line - 70KM.
14 Nasik Sinnar 50 40 1) 132/33 KV, 1 X 50 MVA Transformer at Khaprale S/S.
15 Nasik Panchpatta 170 136
1) 220/33 KV, 2 X 100 MVA T/F Adwadi S/S.. 2) 220 KV DC Line From Adwadi S/S to Babhaleshwr S/S.-70KM. 3) 220 KV Line Bays at Babhaleshwr S/S.-2 Nos
16 Ahmednagar Kolgaon 100 80 2x50 MVA, 132/33 kV SS 132 kV DC ACSR Panther Line-28 KM 132 kV bay at 220/132 KV Nagar SS
17 Ahmednagar Kolgaon 127.5 102
1) 132/33 KV, 2 X 50 MVA S/S at Kolgaon Wind Farm Site. 2) 132KV Line Bay at Shrigonda & Karjat S/S.-1 No at each S/S. 3) 132 KV S/C on DC line - 25 KM.
18 Ahmednagar Sautada 170 136
1) 220/33 KV, 2 X 100 MVA S/S at Wind Farm. 2) 220 KV DC Line From wind farm S/S to Patoda S/S. 3) 220 KV Line Bays at Patoda S/S.-2 Nos
36
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Suzlon Energy Pvt. Ltd.
19 Nasik Gavalwadi 100 80
1) 132/33 KV, 2 X 50 MVA S/S at Gavalwadi Wind Farm Site. 2) 132KV Line Bays at Dindori S/S.-2 Nos 3) 132 KV DC line from Wind farm S/S.to Dindori S/S.
20 Nasik Khaprale 50 40 1) 132/33 KV, 1 X 50 MVA Transformer at Khaprale S/S.
21 Beed Sautada 100 80
1) 132/33 KV, 2 X 50 MVA S/S at Chikhali Wind Farm Site. 2) 132KV Line Bays at Raimoha S/S.-2 Nos 3) 132 KV DC line - 28KM.
22 Beed Khandke 170 136
1) 220/33 KV, 2 X 100 MVA S/S. 2) 220 KV DC Line From wind farm S/S to Ahmednagar. 3) 220 KV Line Bays at Ahmednagar S/S.-2 Nos
23 Pune Lonavala 170 136
1) 220/33 KV, 2 X 100 MVA S/S. 2) 220 KV DC Line From wind farm S/S to Urse. 3) 220 KV Line Bays at Urse S/S.-2 Nos
24 Pune Lonavala 200 160
1) 220/33 KV, 2 X 100 MVA S/S. 2) 220 KV DC Line From wind farm S/S to Chakan S/S. 3) 220 KV Line Bays at Chakan S/S.-2 Nos
25 Nandurbar Chakla 255 204
1) 220/33 KV, 3 X 100 MVA S/S. at Gangapur. 2) 220 KV SC Line From Gangapur S/S to Valve S/S. 3) 220 KV DC Line Froam Gangapur S/S to Satana & Malegaon S/S. 4) 220 KV Line Bay at Valve, Satana & Malegaon S/S.- 1 No. at each S/S.
37
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Suzlon Energy Pvt. Ltd.
26 Nandurbar Chakla 50 40 1) 33 KV DC Panther Line From Ranala S/S to Wind Farm. 2) 33 KV 2 No. Bays at Nandurbar S/S.
27 Nandurbar Chakla 10 8 1) 33 KV SC Dog Line From Ranala S/S to Wind Farm.- 5KM. 2) 33 KV 1 No. Bay at Ranala S/S.
28 Aurangabad Kankora 121 96.8
1) 132/33 KV, 2 X 50 MVA S/S at Wind Farm Site. 2) 132KV DC Line from Wind Farm S/S. to LILO point - 8KM. 3) 33 KV Bay- 1No.
TOTAL WIND GENERATION OF M/S. SUZLON ENERGY PVT.LTD. : - 3331 MW
M/s. Enercon India Pvt. Ltd.
1 Pune Andhra Lake 100 80
1) 2 x 50 MVA, 132-110/33 kV Transformer at Bhayara (Andhra Lake) S/S. 2) 132 kV DC line on DC Tower using 0.2 ACSR Panther Conductor from Proposed Wind Farm SS Bhayara to Existing LILO on 132-110 kV DC line from Talegaon – Lonavala of MSETCL's – 20 kms.
2 Pune Andhra Lake 25 20 1) 132-110 kV Line Bay at 132-110/33 kV Bhayara SS – 2 Nos. 2) 33 kV Outlets – 08 Nos
3 Satara Khanapur 100 80
1) 2 x 50 MVA, and 1 x 25 MVA , 132-110 / 33 kV Transformer at Wind Farm 2) LILO on 110 kV Sangola – Oglewadi Line to Wind Farm. 3) 110 kV Line Bays at Wind Farm S/S.– 02 Nos
4 Satara Chavaneshwar 76.8 61.44
1) 2 x 50 MVA, 132/33 KV S/S at Chawaneshwar 2) LILO on 132 KV Lonand - Wai line 3) 33 KV outlets - 3 nos. at Chavaneshwar & 01 no at Satara Road SS
38
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Enercon India Pvt. Ltd.
5 Nashik Aundhewadi 75 60
1) 2 x 50 MVA, 132/33 KV T/F at Ghoti S/S 2) 132 KV D/C line from M/s. Suzlon S/S located near by Sinnar 3) 33 KV outlets - 4 nos. 4) Space for 33 KV outlets -8 nos.
6 Kolhapur Vedganga 200 160
1) 2 x 100 MVA, 220/33 kV TF at Wind Farm Site ( Ghargoti). 2) LILO on 220 kV Talandge - Sawantwadi S/C line at Ghargoti. 3) 220 kV Bays at Ghargoti : 2 Nos. 4) 33 kV bays at Ghargoti : 14 Nos.
7 Sangli Dongerwadi 32 25.6
1) 33 kV D/C line from Wind farm site to 110/33 kV Kavathemahakal S/s. 2) 33 kV Bays at 110/33 kV Kavathemahakal S/s. : 2 Nos.
TOTAL WIND GENERATION OF M/S. ENERCON INDIA PVT.LTD. : - 608.8 MW
M/s. Shri Maruti Wind Park Developoers Pvt. Ltd.
1 Satara Amberi, Tal. Khatav
24 19.2 1) 1 x 25 MVA, 132/33 kV TF at 132 kV Aundh. 2) 33 kV Bays - 2 Nos. at 132/33 kV Aundh.
2 Satara Amberi, Tal. Khatav
10 8
1) 33 kV S/C line from Wind farm site to 110/33 kV Satara Road S/s. 2) 33 kV bays at 110/33 kV Satara Road S/s.: 1 No.
3 Satara Bhud/Kaledhon, Tal. Khatav/Man
25 20
1) 33 kV S/C line from Wind farm site to 132-110/33 kV Mayni S/s. 2) 1 x 25 MVA, 132-110/33 kV TF at 110/33 kV Mayni S/s. 3) 33 kV Bay at Mayni : 1 No.
4 Satara Bhud/Kaledhon, Tal. Khatav/Man
75 60
1) LILO of 110 kV Mayni - Dighanchi S/C line at Wind farm Site. 2) 1 x 50 & 1 x 25 MVA, 132-110/33 kV TF at Wind farm site.
39
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Shri Maruti Wind Park Developoers Pvt. Ltd.
5 Sangli Vaspeth, Tal. Jath
40 32
1) 1 x 50 MVA, 132-110/33 kV TF at Jath S/s. 2) 33 kV D/C line with 0.2 ACSR Panther conductor from wind farm site to 110/33 kV Jath S/s. 3) 33 kV bays at 110/33 kV Jath S/s. : 2 Nos.
6 Sangli Vaspeth, Tal. Jath
50 40
1) TF : 1 x 50, 1 x 25 MVA, 132-110/33 kV at 110/33 kV Valsang wind farm s/s. 2) 110 kV S/C line from wind farm s/s to LILO on existing 110 kV Jath - Sankh line of MSETCL. 3) 33 kV outlets : 3 nos.
7 Sangli Vaspeth, Tal. Jath
100 80
1) 132 kV D/C line from Wind farm site to 132 kV Sangola S/S, 2) TF : 2 x 50, 1 x 25 MVA, 132/33 kV at wind farm S/S. 3) 132 kV Line bay at 132 kV Sangola : 2 nos 4) 132 kV line bay at 132 kv wind farm s/s.
8 Beed Sautada 80 64
1) TF : 2 x 50 MVA, 220/33 kV at proposed 220 kV Patoda s/s. 2) 2 nos. of 33 kV D/C lines from wind farm s/s to proposed 220 kV Patoda s/s. of MSETCL. 3) 33 kV line bays at 220/33 kV Patoda s/s : 4 nos.
TOTAL WIND GENERATION OF M/S. ENERCON INDIA PVT.LTD. : - 404 MW
M/s. T.S. Wind Power Developers Pvt. Ltd.
1 Satara Amberi, Tal. Khatav
25 20
1) 1 x 25 MVA, 132/33 kV TF at 132 kV Aundh S/s. 2) 33 kV D/C line from Wind farm Site to 132/33 kV Aundh S/s. 3) 33 kV byas at 132/33 kV Aundh : 2 Nos.
2 Satara Bhud, Tal. Man/Khatav
100 80
1) LILO of 220 kV Vita - Solapur S/C line at Wind farm Site. 2) 2 x 50 MVA, 220/33 kV TF at wind farm site. 3) 33 kV bays at wind farm site S/s. : 5 Nos.
40
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. T.S. Wind Power Developers Pvt. Ltd.
3 Satara Gudepachgani 100 80
1) LILO of 220 kV Karad - Kolhapur Ckt. IV at Wind farm Site. 2) 2 x 50 MVA, 220/33 kV TF at Wind Farm Site. 3) 33 kV Bays at Wind Farm Site : 5 Nos.
4 Satara Vankuswade 25 20
1) 1 x 50 MVA, 220/33 kV TF at 220 kV Vankuswade S/s. 2) 33 kV D/C Line from Wind Farm Site to 220/33 kV Vankuswade S/s. 3) 33 kV Bays at 220/33 kV Vankuswade S/s. : 2 Nos.
TOTAL WIND GENERATION OF M/S. T.S.WIND POWER DEVELOPERS PVT.LTD. : - 250 MW
M/s. Acorn Properties Pvt. Ltd.
1 Satara Amberi, Tal. Khatav
24 19.2
1) 1 x 25 MVA, 132/33 kV TF at 132 kV Aundh. 2) 33 kV Bays - 2 Nos. at 132/33 kV Aundh.
2 Satara Amberi, Tal. Khatav
50 40
1) LILO of 110 kV Satara Road - Satara MIDC S/C line at Wind farm site. 2) 2 x 50 MVA, 132-110/33 kV TF at Wind farm site. 3 ) 33 kV bays at wind farm site : 5 Nos.
TOTAL WIND GENERATION OF M/S. ACORN PROPERTIES PVT.LTD. : - 74 MW
M/s. Theolia Wind Pvt. Ltd.
1 Sangli Sankh & Jath 20 16 1) 2x33KV bay at 132KV Sankh S/S
2 Sangli Sankh & Jath 10 8 1) 1x33kv bay at 110KV Jath S/S
3 Sangli Vaspet 100 80
1) 2 X 50 MVA, 132/33 kV TF at Wind Famr Site. 2) 132 kV D/C line from Wind Farm Site - 220 kV Jath 3) 2 x 132 KV bays at 220 Jath S/s. 4) 132 kV bays at Wind Farm S/s. : 2 Nos.
TOTAL WIND GENERATION OF M/S. THEOLIA WIND PVT.LTD. : - 130 MW
41
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
SR. NO.
DISTRICT NAME OF
SITE
CAPACITY
(MW)
Peak
Capacity
( 80 %)
MW in
Monsoon
Proposed Evacuation Arrangement
M/s. Shri Ram EPC Pvt. Ltd.
1 Satara Amberi, Tal. Man
15 12
1) 1 x 25 MVA, 132/33 kV TF at 132 kV Aundh., 2) 33 kV D/C line from Wind Farm Site to 132/33 kV Aundh S/s. 3) 33 kV Bays - 2 Nos. at 132/33 kV Aundh.
2 Satara Amberi 90 72
1) TF : 2 x 50 MVA, 132-110/33 kV at Amberi s/s with bays. 2) LILO for Karad - Dighanchi 110 kV line 2nd ckt. At Mayni s/s. 3) 110 kV bays at Mayni - 4 nos. & at Amberi - 2 nos. 4) 33 kV outlets at Amberi s/s - 8 nos 5) 132/110 kV line from Amberi s/s to Mayni s/s.
TOTAL WIND GENERATION OF M/S. SHRI RAM EPC PVT.LTD. : - 105 MW
M/s. RRB Pvt. Ltd.
1 Nashik Mahir 75 60
1) TF : 3 x 50 MVA, 132/33 kV at 132 kV Mahir ( Wind Farm Site ) s/s. 2) 132 kV Mahir - Nampur D/C line. 3) 132 kV Dongarpada - Mahir SCDC line. 4) 132 kV Mahir - Sakri D/C Line. 5) 33 kV outlets : 18 nos.
2 Dhule Ayne ( Tek)
75 60
1) TF : 2 x 50 MVA, 132/33 kV at Ayne(Tek) wind farm s/s. 2) 132 kV Dule-II -- Ayne(Tek) D/C line. 3) 132 kV line bays - 4 nos. 4) 33 kV outlets - 4 nos.
TOTAL WIND GENERATION OF M/S. RRB PVT.LTD. : - 150 MW
TOTAL PROPOSED WIND POWER GENERATION : - 5273 MW
TOTAL PROPOSED WIND POWER GENERATION CONSIDERED IN PLAN ( 10.28 % of total capacity ) : - 542 MW
TOTAL (EXISTING + PROPOSED) WIND POWER GENERATION (10.28 % of total capacity) : - 260 + 542 = 802 MW
42
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table – 10 - Power scenario in Maharashtra (including Mumbai) Generation Available By - A. Mahagenco (Table - 3.3) B. State Govt/Inter State /MAHADISCOM (Table - 4.2) C. Central Sector (Table - 5.2)
D. Mumbai (Table- 7) E. IPP (Table- 8.2.2) F. Wind Generation(Table-9.2)
Year A B C D E F Total
A+B+C+D+E+F (Availibility)*
Total Demand
(coincident)
Total Demand (Non
coincident)
Peak Shortfall (-) / Surplus (+) (MW) (coinc)
2010-11 8775 2087 3582 3130 2281 802 20657 20795 27449 (-)138
2011-12 9414 2166 4422 3342 4304 802 24450 22635 29199 (+)1815
2012-13 11497 3228 5372 3571 7154 802 31624 24638 31291 (+)6986
2013-14 12113 3228 5838 3817 7244 802 33042 26610 32996 (+)6432
2014-15 13301 3228 5838 4174 7244 802 34587 28738 35067 (+)5849
Note – * Availability Considered subject to timely commissioning of upcoming generation
Graph – Present and Future scenario in Maharashtra
43
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Maharashtra has catered Peak demand of 14,952 MW as against the requirement of 19,120
MW during peak load condition during the year 2009-10.
With the capacity addition from State Generation companies and Central Generation
companies with Generation from IPP’s, the demand and availability that would prevail in each
year would be:
Year Peak Demand (Coincidence)
(MW)
Peak Demand (Non-Coincidence) (MW)
Availability (MW)
Peak Shortfall (-) / Surplus (+) (MW)
(coinc)
2010-11 20795 27449 20657 (-) 138
2011-12 22635 29199 24450 (+) 1815
2012-13 24638 31291 31624 (+) 6986
2013-14 26610 32996 33042 (+) 6432
2014-15 28738 35067 34587 (+) 5849
Load Growth
The draft STU Five year transmission plan was formulated taking in to account previous
years load growth and upcoming load centers SEZ’s, New Cities, Malls etc
Load Growth is considered as per District wise Load forecasting carried out by this office.
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Methodology
The EHV network of 400 kV, 220 kV and 132 kV networks are modelled in detailed along with
their respective transformer capacities.
To make critical analysis of the network in terms of voltage profile and network
loading, load flow & Short Circuit studies are carried out on MiPower Software. The
simulation was carried out by matching the power flows at 400 kV and 220 kV levels along
with voltage profile at various buses
The standard practices followed by CEA as well as the guidelines by MERC have been
incorporated while conducting the simulation studies which are as follows:
CEA – Transmission system planning & design criteria:
Central Electricity Authority (CEA) has evolved transmission system planning & design
criteria for the National Electricity Plan. The planning criteria as per CEA are
• In the national approach N-2 criteria may be adopted for large generating complex
(3000 MW or above) and multi line corridors (3 D/C lines or more), on case-to-case
basis. Whereas, regional planning may be continued with N-1 criteria. However,
while N-1 would be applied to test withstand without necessitating load shedding or
rescheduling of generation during steady state operation, N-2 would be applied to
test withstand without necessitating load shedding but could be with rescheduling
of generation during steady state operation.
• The steady state voltage limit on 400kV system is within 380kV to 420kV.
The Maharashtra State Grid Code:
Maharashtra Electricity Regulatory Commission (MERC) has published the Final State
Grid code 2006 which lays down the rules, guidelines and standards to be followed by
various agencies and participants in the intra –State transmission system to plan, develop,
maintain and operate the intra-state transmission system apart of Western Regional Grid
System, in the most efficient, reliable and economic manner, while facilitating a healthy
competition on in the generation and supply of electricity.
Section 9 of the Grid Code prescribes the planning criterion to be followed for planning
the transmission system. The planning criterions as per the regulation are:
45
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
9.1 The planning criterion shall be based on the security philosophy on which the ISTS (Inter
State Transmission System) has been planned. The security philosophy may be as per the
Transmission Planning Criteria and other guidelines as given by the authority provided that
State Transmission Utility shall carry out appropriate system studies while developing the
transmission system plan.
9.2 The intra state transmission system, as a general rule, shall be capable of
With standing and be secured against the following contingency outages without
Necessitating load shedding or rescheduling of generation during Steady State
Operation:
1) Outage of a 110kV /132 kV D/C line or,
2) Outage of a 220 kV D/C Line or,
3) Outage of a 400 kV S/C line or,
4) Outage of a single Interconnecting Transformer or,
5) Outage of a one pole of HVDC Bi-pole or,
6) Outage of a 765 kV S/C Line.
Provided that the above contingencies shall be considered assuming a pre-contingency
system deletion (planned outage) of another 220 kV D/C line or 400 kV S/C line
in another corridor and not emanating from the same substation.
9.3 All the Generating Units may operate within their reactive capability curves and the
network voltage profile shall be maintained within voltage limits specified.
9.4 The intra-State transmission system shall be capable of withstanding the loss of most
severe single in feed without loss of stability
9.5 Any one of the events defined in the Regulation 9.2 above shall not cause:
(i) Loss of supply;
(ii) Prolonged operation of the system frequency below & above specified
limits;
(iii) Unacceptable high or low voltage;
(iv) System instability;
(v) Unacceptable overloading of ISTS elements.
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STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
9.6 In all substations (66kV/110kV/132kV and above), except HVDC, suitable number and
capacity of transformers shall be provided to have adequate redundancy required to
maintain firm capacity at the substation. In HVDC substations, at least one spare
converter/inverter transformer shall be kept ready to use at any time.
Explanation – for the purpose of Regulation 9.6, the term firm capacity shall mean the
minimum transformation capacity available at the substation in case of outage of
any one transformer.
9.7 State Transmission Utility shall carry out planning studies for Reactive Power
compensation of ISTS including reactive power compensation at the in-State Generating
Station’s switchyard.
Section 22.24 of the Grid Code/CEA Transmission planning criteria describes the
voltage profile as per
Voltage (kV – rms)
Nominal Maximum Minimum
765 800 728
400 420 380
220 245 198
132 145 122
66 73 60
With the operational study as initial conditions, prioritization study was carried out with the
following assumptions
� Priority
i. Generation Evacuation schemes – High priority
ii. Meeting the Demand
iii. Improving quality of power supply
iv. Improving reliability satisfying grid code security requirements
� While carrying out system requirement, network of PGCIL (existing and proposed) is
also considered. The details of the same are given below
47
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
11. PGCIL NETWORK IN MAHARASHTRA
Table -11.1- Existing Network of PGCIL
Sr. No.
Name of s/s Total Scope of Work
PGCIL'S Existing S/s’s and associated Lines in Maharashtra
1 400KV Boisar (PG) 1 400/220 KV, 2X315 MVA ICT with bays
2 400 KV Tarapur - Boisar(PG) D/C Line
3 LILO on 400 KV Padghe-I - Gandhar S/C Line at Boisar (PG)
4 400 KV Tarapur – Padghe-I D/C Line
2 400KV Bhadravati (PG) 1
400 KV Bhadravati (PG) – Chandrapur-I 4 ckts.
2 400 KV Bhadravati (PG) - Raipur 3 ckts
3 400 KV Bhadravati (PG) - Bhilai S/C Line
4 +/-500 KV Bhadravati (PG)-Ramagundam BTB HVDC
3 400KV Wardha (PG) 1
Establishment of New 400/220 KV, 2X315 MVA ICT with bays
2 400 KV Wardha (PG) – Akola-I D/C Line
3 400 KV Akola-I – Aurangabad-I D/C Line
4 765 kV 1st S/C Seoni (PG)–Wardha (PG) line (Initially to be operated at 400kV)
PGCIL'S Existing Interstate Lines in Maharashtra
1 400 KV Bhilai – Koradi-I S/C Line
2 400 KV Satpur – Koradi-I S/C Line
3 400 KV Khandva – Dhule-I D/C Line
4 400 KV Sardar Sarovar – Dhule-I D/C Line
5 400 KV Kolhapur - Mhapusa D/C Line
48
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table -11.2 - Proposed Network of PGCIL
Sr. No.
Name of S/s Total Scope of Work Length (km)
Month of Comm.
1 400KV Wardha (PG) (Comm.) 1
765 kV 2nd S/C Seoni (PG)–Wardha (PG) line (Initially to be operated at 400kV)
275 Mar-11
2 400 kV Wardha (PG)–Parli (PG) (Quad.) D/C Line
363 Dec-10
3 400 kV Raipur (PG)–Wardha (PG) D/C Line 363 Mar-11
2 400KV Parli (PG) Switching Station (Sept-10)
1 400 kV Bhadravati (PG)-Parli (PG) D/C Line 380 July-10
2 400 kV Parli (MSEB) – Parli (PG) D/C Line 7 July-10
3 400 kV Parli (PG) – Pune (PG) D/C Line 308 June-11
4 400 kV Parli (PG) - Solapur (PG ) D/C Line 196 May-11
3 400 KV Pune (PG) (July-10) 1
Establishment of New 400/220 KV, 2X315 MVA ICT with bays (ICT-1 Errected)
July-10
2 400 kV Pune (PG) – Aurangabad-I (MSEB) D/C Line
225 Apr-11
3 LILO of 400 kV Lonikand (MSEB) – Kalwa (MSEB) D/C at Pune (PG )
24 Feb-10
4 400 KV South Solapur (PG) (May-10)
1 Establishment of New 400/220 KV, 2X315 MVA ICT with bays (ICT-1 Errected)
May-10
2 400 kV South Solapur (PG) – Kolhapur(MSEB) D/C Line
189 May-11
3 LILO of 400 kV Solapur (MSEB) – Karad (MSEB) S/C at South Solapur (PGCIL ) (25 Km D/C + 2Km S/C)
27 May-10
5 400 KV Navi Mumbai (PG)
1 Establishment of New 400/220 KV, 2X315 MVA ICT with bays
2 400 kV Navi Mumbai (PG) – Vapi D/C Line 185 Mar-11
3 LILO of 400 kV Pune (PG) – Kalwa (MSEB) S/C at Navi Mumbai (PG )
10 Mar-11
6 400 KV GIS New location near Mumbai
1 400 kV D/C Line from Navsari (PG) will be terminated at Boisar (PG).
220 Oct-12
49
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
The transmission system proposed and indicated in the Minutes of the 29th meeting
of standing Committee on Power System Planning in western region.
� Transmission System within WR associated with New IPP projects in Chattishgarh
(i) Raipur Pooling station- Wardha 765 kV 2XD/C or 4XS/C.
(ii) Wardha- Aurangabad (PG) 765 kV 2XD/C or 4XS/C.
(iii) Aurangabad (PG) - Padge(PG) 765 kV 1XD/C or 2XS/C.
(iv) Establishment of 765/400 kV 2x1500 MVA substations at Aurangabad and
Padghe (GIS)
(v) Aurangabad (PG)-Khargar 400 kV D/C (quad)
(vi) Padghe (PG)- Padghe 400 kV D/C (quad)
(vii) Vadodra-Asoj (GETCO) 400 kV D/C (quad)
(viii) Establishment of 2X315 MVA, 400/220 kV Dhule (PG).
(ix) Dhule (PG) – Dhule (IPTC) 400 kV 2X D/C (quad)
(x) Dhule (PG) – Nasik (MSETCL) 400 kV D/C (quad)
(xi) Dhule (PG) – Malegaon (MSETCL) 400 kV D/C (quad)
(xii) + 600 kV 4000 MW HVDC bipole between Raigarh pooling station (Kotra) – Dhule
(PG) with mettalic return conductor.
(xiii) 4000 MW, + 600 kV HVDC bipole terminal each at Raigarh pooling station (Kotra)
and Dhule (PG).
(xiv) Aurangabad- Dhule (IPTC) 765 kV S/C
(xv) Dhule (IPTC) – Vadodara (PG) 765 kV S/C
(xvi) Establishment of 765/400 kV 2x1500 MVA substations at Dhule (IPTC)
(xvii) Dhule (IPTC) – Dhule (MSETCL) 400 kV D/C (quad)
50
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
� Transmission system associated with Krishnapatnam (5x800 MW)
(WR Portion)
(i) Raichur – Solapur 765 kV S/c
(ii) Solapur – Pune 765 kV S/c
(iii) Establishment of new 765/400 kV substations at Solapur & Pune with
2x1500 MVA transformation capacity
� Tr. System associated with South-West interconnection
(i) Establishment of 2 x 500MW HVDC back-to-back station at Kolhapur
(ii) Narendra – Kolhapur 400 kV D/c line with Lapwing conductor
(iii) LILO of both circuits of existing Kolhapur –Mapusa 400 kV D/c line at
(iv) Kolhapur HVDC back-to-back station
51
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Spill Over Upto Year 2009-10
In the year 2009-10, it is estimated that Maharashtra met a demand of about
14952 MW considering the available generation against the requirement of 19120 MW at
peak load condition.
The substation requirement for the year for meeting the demand is tabulated in Table 12,
Augmentation in Table 13 & Additional link lines in Table 14
Table: 12 - No. of Substation requirement upto year
2009-10
Sr. No
Voltage Level (kV) Spill over
1 400 6
2 220 42
3 132 31
4 110/100 2
Total 81
Table 13: No. of Augmentations upto year 2009-10
Table: 13.1 - No. of Augmentation by Addition of transformers upto year 2009-10
Sr. No
Voltage Ratio Spill over
1 400/220 11
2 220/132, 110 33
3 220/33, 22 70
4 132/33 147
5 110/33, 22 15
Total 276
52
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 13.2 - No. of Augmentation by Replacement of transformer upto year 2009-10
Sr. No
Voltage Ratio Spill over
1 400/220 2
2 220/132, 110 41
3 220/33, 22 9
4 132/33 116
5 110/33, 22 35
Total 203
Table 14: No. of Additional Link Lines required upto year 2009-10
Table: 14.1 - No. of Additional link lines upto year 2009-10 for S/S’s where only single source is available
Sr. No
Voltage (kV) Spill over
1 400 -
2 220 4
3 132 32
4 110-100 4
Total 40
Table: 14.2 - No. of Additional link lines upto year 2009-10 to meet Demand without Load shedding and to insure reliability and quality of supply
Sr. No
Voltage (kV) Spill over
1 400 -
2 220 11
3 132 11
4 110-100 6
Total 28
53
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 14.3 - No. of Additional link lines upto year 2009-10 for evacuation arrangement
Sr. No
Voltage (kV) Spill over
1 400 -
2 220 7
3 132 2
4 110-100 -
Total 9
Table: 14.4 - No. of Additional link lines upto year 2009-10 for New substations to have alternate source
Sr. No
Voltage (kV) Spill over
1 400 -
2 220 1
3 132 6
4 110-100 -
Total 7
List of substations commissioned during 2009-10.
Sr No.
Name of substation
Voltage level
District Zone
1) Chakan 400 KV Pune Pune
2) Khaparkheda 400 KV Nagpur Nagpur
3) Bhusawal 400 KV Jalgaon Vashi
4) Knowledge Park Airoli
220 KV Thane Vashi
5) Pahur 132 KV Akola Amaravati
List of substations proposed for 2008-09 but could not commission during the year 2009-10 (Spill Over). Sr No. Name of substation Voltage level District Zone
1) Vasai 220 KV Thane Vashi
2) Bapgaon 220 KV Thane Vashi
3) Bhandup (GIS) 220 KV Thane Vashi
54
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
4) Kudus 220 KV Thane Vashi
5) Bhiwandi-III 220 KV Thane Vashi
6) Bhiwandi-IV 220 KV Thane Vashi
7) Khadakwasala 220 KV Pune Pune
8) Talegaon 220 KV Pune Pune
9) Kharadi (GIS) 220 KV Pune Pune
10) Rajgurunagar 220 KV Pune Pune
11) Shendra 220 KV Aurangabad Aurangabad
12) Hingoli 220 KV Hingoli Aurangabad
13) Paranda 220 KV Osmanabad Aurangabad
14) Patoda 220 KV Beed Aurangabad
15) Wani 220 KV Yeotamal Amaravati
16) Mankapur 220 KV Nagpur Nagpur
17) New Pardi 220 KV Nagpur Nagpur
18) New Butibori 220 KV Nagpur Nagpur
19) Matradevi* 220 KV Chandrapur Nagpur
20) Bibawewadi 132 KV Pune Pune
21) Rasta Peth 132 KV Pune Pune
22) Navi Vesh 132 KV Solapur Pune
23) Badanapur 132 KV Jalna Aurangabad
24) Shelu 132 KV Pabhani Aurangabad
25) Ghatanji 132 KV Yeotamal Amaravati
26) Barshi Takali 132 KV Akola Amaravati
27) Bharshingi 132 KV Amaravati Amaravati
28) Jam 132 KV Wardha Nagpur
55
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
29) Lakhandur 132 KV Bhandara Nagpur
30) Lendra (GIS) 132 KV Nagpur Nagpur
31) Serum Institute* 132 KV Pune Pune
32) Mumbra 100 KV Thane Vashi
33) Neral 100 KV Raigad Vashi
*Covered under ORC
List of substations proposed for 2009-10 but could not commission during the year. Sr No. Name of substation Voltage level District Zone
1) Lonikand-II 400 KV Pune Pune
2) Nanded 400 KV Aurangabad Aurangabad
3) Warora 400 KV Nagpur Nagpur
4) Ulhasnagar 220 KV Thane Vashi
5) Vashi 220 KV Thane Vashi
6) Goregaon Film City 220 KV Mumbai Vashi
7) South Solapur 220 KV Solapur Pune
8) Akurdi 220 KV Pune Pune
9) Jath 220 KV Sangli Karad
10) Mudhal titha 220 KV Kolhapur Karad
11) Lonand (MIDC) 220 KV Satara Karad
12) Phaltan (MIDC) 220 KV Satara Karad
13) Kadegaon 220 KV Sangli Karad
14) Pimpalgaon 220 KV Nasik Nasik
15) Bhambori 220 KV Jalgaon Nasik
16) Kopargaon 220 KV Ahamadnagad Nasik
17) Sinnar- II 220 KV Nasik Nasik
56
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
18) Valandi 220 KV Latur Aurangabad
19) Tuljapur 220 KV Osmanabad Aurangabad
20) Narsi -II 220 KV Latur Aurangabad
21) Malegaon 220 KV Washim Amaravati
22) Nandgaon Peth 220 KV Amaravati Amaravati
23) Ghatodi 220 KV Yeotamal Amaravati
24) Uppalwadi 220 KV Nagpur Nagpur
25) Ballarshah 220 KV Chandrapur Nagpur
26) Dapcheri 132 KV Thane Vashi
27) Someshwarnagar 132 KV Pune Pune
28) Borivel 132 KV Pune Pune
29) Karajagi 132 KV Solapur Pune
30) Waghadari 132 KV Solapur Pune
31) Soregaon 132 KV Solapur Pune
32) Shankarnagar 132 KV Solapur Pune
33) Ruddewadi 132 KV Solapur Pune
34) Taharabad 132 KV Nasik Nasik
35) Vadgire 132 KV Ahmadnagar Nasik
36) Ghargaon 132 KV Ahmadnagar Nasik
37) Soygaon 132 KV Aurangabad Aurangabad
38) Mahakala 132 KV Jalna Aurangabad
39) Niwali 132 KV Latur Aurangabad
40) Mahur 132 KV Nanded Aurangabad
41) Pandharkavada 132 KV Yeotamal Amaravati
42) Deolgaon Raja 132 KV Buldana Amaravati
57
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
43) Murtizapur 132 KV Akola Amaravati
44) Jafarabad 132 KV Gadchiroli Nagpur
45) Pulgaon 132 KV Wardha Nagpur
46) Sahuli 132 KV Nagpur Nagpur
47) Allapalli 132 KV Gadchiroli Nagpur
48) Yetapalli 132 KV Gadchiroli Nagpur
Conclusion
According to Load flow studies overloading can be removed by constructing proposed
400kV, 220kV, 132kV, 110/100kV S/s and Augmentation of transformer capacity in existing
S/s.
58
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Year 2010-11
In the year 2010-11, it is estimated that Maharashtra will meet a demand of about
20657 MW considering the available generation against the requirement of 20795 MW
at peak load condition.
The substation requirement for the year for meeting this demand is tabulated in Table 15,
Augmentation in Table 16 & Additional link lines in Table 17
Table: 15 - No. of Substation requirement for the year 2010-11
Sr. No
Voltage Level (kV) 2010-11
1 400 5
2 220 13
3 132 14
4 110 -
Total 32
Table 16: No. of Augmentations for the year 2010-11
Table: 16.1 - No. of Augmentation by Addition of transformers for the year 2010-11
Sr. No
Voltage Ratio 2010-11
1 400/220 -
2 220/132, 110 3
3 220/33, 22 12
4 132/33,22,11 8
5 110/33, 22 1
Total 24
59
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 16.2 - No. of Augmentation by Replacement of transformer for the year 2010-11
Sr. No
Voltage Ratio 2010-11
1 400/220 -
2 220/132, 110 22
3 220/33, 22 19
4 132/33 13
5 110/33, 22 6
Total 60
Table 17: No. of Additional Link Lines required for the year 2010-11
Table: 17.1 - No. of Additional link lines for the year 2010-11 for S/S’s where only single source is available
Sr. No
Voltage (kV) 2010-11
1 400 -
2 220 8
3 132 15
4 110-100 3
Total 26
Table: 17.2 - No. of Additional link lines for the year 2010-11 to meet Demand without Load shedding and to insure reliability and quality of supply
Sr. No
Voltage (kV) 2010-11
1 400 -
2 220 8
3 132 13
4 110-100 1
Total 22
60
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 17.3 - No. of Additional link lines for the year 2010-11 for evacuation arrangement
Sr. No
Voltage (kV) 2010-11
1 400 -
2 220 3
3 132 -
4 110-100 -
Total 3
Table: 17.4 - No. of Additional link lines for the year 2010-11 for New substations to have alternate source
Sr. No
Voltage (kV) 2010-11
1 400 -
2 220 4
3 132 6
4 110-100 -
Total 10
List of substations proposed for commissioning during 2010-11. Sr No. Name of substation Voltage level District Zone
1) Koradi -II 400 KV Nagpur Nagpur
2) Bhusawal 400 KV Jalgaon Nasik
3) Hinjewadi 400 KV Pune Pune
4) Karad -II 400 KV Satara Karad
5) Kesurdi 400 KV Satara Karad
6) Palghar 220 KV Thane Vashi
7) Biosar MIDC 220 KV Thane Vashi
8) Vile Bhagad 220 KV Raigad Vashi
9) Yeolewadi
(VSNL Dighi)
220 KV Pune Pune
61
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
10) Kondhawa 220 KV Pune Pune
11) Hamidwada 220 KV Kolhapur Karad
12) Kalwan 220 KV Nasik Nasik
13) Sayane 220 KV Nasik Nasik
14) Deogaon Rangari 220 KV Aurangabad Aurangabad
15) Bhokardan 220 KV Jalna Aurangabad
16) Anjangaon 220 KV Amaravati Amaravati
17) Tadali 220 KV Chandrapur Nagpur
18) Katol - II 220 KV Nagpur Nagpur
19) Nimboni 132 KV Solapur Pune
20) Mhaswad 132 KV Satara Karad
21) Ghodegaon 132 KV Ahmednagar Nasik
22) Panchincholi 132 KV Latur Aurangabad
23) Shengaon 132 KV Hingoli Aurangabad
24) Sonpeth 132 KV Parbhani Aurangabad
25) Jalgaon Jamod 132 KV Buldana Amaravati
26) Yeotmal MIDC 132 KV Yeotmal Amaravati
27) Jat Tirodi 132 KV Nagpur Nagpur
28) Morgaon Arjuni 132 KV Gondia Nagpur
29) Seloo 132 KV Wardha Nagpur
30) Paghora* 132 KV Nagpur Nagpur
31) Mokhabardi 132 KV Nagpur Nagpur
*Covered under ORC Conclusion
According to Load flow studies overloading can be removed by constructing proposed
400kV, 220kV, 132kV, 110/100kV S/s and Augmentation of transformer capacity in existing
S/s.
62
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Year 2011-12
In the year 2011-12, it is estimated that Maharashtra will meet a demand of about
22635 MW considering the available generation of 24450 MW indicating surplus position of
state.
The substation requirement for the year for meeting this demand is tabulated in Table 18,
Augmentation in Table 19 & Additional link lines in Table 20
Table: 18 – No. of Substation requirement for the year
2011-12
Sr. No
Voltage Level (kV) 2011-12
1 400 2
2 220 14
3 132 3
4 110/100 -
Total 19
Table 19: No. of Augmentations for the year 2011-12
Table: 19.1 - No. of Augmentation by Addition of transformers required for the year 2011-12
Sr. No
Voltage Ratio 2011-12
1 400/220 3
2 220/132, 110 -
3 220/33, 22 12
4 132/33 14
5 110/33, 22 2
Total 31
63
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 19.2 - No. of Augmentation by Replacement of transformer for the year 2011-12
Sr. No
Voltage Ratio 2011-12
1 400/220 1
2 220/132, 110 5
3 220/33, 22 12
4 132/33 9
5 110/33, 22 0
Total 27
Table 20 : No. of Additional Link Lines required for the year 2011-12
Table: 20.1 - No. of Additional link lines for the year 2011-12 for S/S’s where only single source is available.
Sr. No
Voltage (kV) 2011-12
1 400 -
2 220 10
3 132 12
4 110-100 -
Total 22
Table: 20.2 - No. of Additional link lines for the year 2011-12 to meet Demand without Load
shedding and to insure reliability and quality of supply.
Sr. No
Voltage (kV) 2011-12
1 400 -
2 220 8
3 132 8
4 110-100 2
Total 18
64
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 20.3 - No. of Additional link lines for the year 2011-12 for evacuation arrangement.
Sr. No
Voltage (kV) 2011-12
1 400 3
2 220 7
3 132 -
4 110-100 -
Total 10
Table: 20.4 - No. of Additional link lines for the year 2011-12 for New substations to have
alternate source.
Sr. No
Voltage (kV) 2011-12
1 400 -
2 220 4
3 132 1
4 110-100 -
Total 5
Conclusion
According to Load flow studies overloading can be removed by constructing proposed
400kV, 220kV, 132kV, 110/100kV S/s and Augmentation of transformer capacity in existing
S/s.
65
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Year 2012-13
In the year 2012-13, it is estimated that Maharashtra will meet a demand of about
24638 MW considering the available generation of 31624 MW indicating surplus position of
state.
It is anticipated that there will not be any load shedding during this year and we can supply
power to all categories of consumers without any interruption due to generation shortage or
transmission network inadequacy.
The substation requirement for the year for strengthening of the network is tabulated in Table
21, Augmentation in Table 22 & Additional link lines in Table 23.
Table: 21 – No. of Substation requirement for the year
2012-13
Sr. No
Voltage Level (kV) 2012-13
1 765 2
2 400 4
3 220 -
4 132 -
5 110/100 -
Total 6
Table 22: No. of Augmentations for the year 2012-13
Table: 22.1 - No. of Augmentation by Addition of transformers required for the year 2012-13
Sr. No
Voltage Ratio 2012-13
1 400/220 2
2 220/132, 110 1
3 220/33, 22 6
4 132/33 6
5 110/33, 22 1
Total 16
66
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 22.2 - No. of Augmentation by Replacement of transformer for the year 2012-13
Sr. No
Voltage Ratio 2012-13
1 400/220 -
2 220/132, 110 -
3 220/33, 22 4
4 132/33 9
5 110/33, 22 2
Total 15
Table 23: List of Additional Link Lines required for the year 2012-13
Table: 23.1 – No. of Additional link lines for the year 2012-13 For S/S’s where only single source is available.
Sr. No
Voltage (kV) 2012-13
1 400 -
2 220 1
3 132 12
4 110-100 2
Total 15
Table: 23.2 - No. of Additional link lines for the year 2012-13 to meet Demand without Load
shedding and to insure reliability and quality of supply.
Sr. No
Voltage (kV) 2011-12
1 400 -
2 220 2
3 132 13
4 110-100 -
Total 15
67
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 23.3 - No. of Additional link lines for the year 2012-13 for evacuation arrangement.
Sr. No
Voltage (kV) 2013-14
1 400 -
2 220 -
3 132 -
4 110-100 -
Total 0
Table: 23.4 - No. of Additional link lines for the year 2012-13 for New substations to have
alternate source.
Sr. No
Voltage (kV) 2011-12
1 400 -
2 220 -
3 132 3
4 110-100 -
Total 3
Conclusion
According to Load flow studies overloading can be removed by constructing proposed
400kV, 220kV, 132kV, 110/100kV S/s and Augmentation of transformer capacity in existing
S/s. Also from this year we can meet Unrestricted Demand.
68
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Year 2013-14
In the year 2013-14, it is estimated that Maharashtra will meet a demand of about
26610 MW considering the available generation of 33042 MW indicating surplus position of
state.
It is anticipated that there will not be any load shedding during this year and we can supply
power to all categories of consumers without any interruption due to generation shortage or
transmission network inadequacy.
The substation requirement for the year for strengthening of the network is tabulated in Table
24, Augmentation in Table 25 & Additional link lines in Table 26.
Table: 24 – No. of Substation requirement for the year
2013-14
Sr. No
Voltage Level (kV) 2013-14
1 765 0
2 400 4
3 220 1
4 132 -
5 110/100 -
Total 5
Table 25: No. of Augmentations for the year 2013-14
Table: 25.1 - No. of Augmentation by Addition of transformers required for the year 2013-14
Sr. No
Voltage Ratio 2013-14
1 400/220 2
2 220/132, 110 -
3 220/33, 22 6
4 132/33 2
5 110/33, 22 1
Total 11
69
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 25.2 - No. of Augmentation by Replacement of transformer for the year 2013-14
Sr. No
Voltage Ratio 2013-14
1 400/220 -
2 220/132, 110 1
3 220/33, 22 3
4 132/33 3
5 110/33, 22 1
Total 8
Table 26: List of Additional Link Lines required for the year 2013-14
Table: 26.1 – No. of Additional link lines for the year 2013-14 For S/S’s where only single source is available.
Sr. No
Voltage (kV) 2013-14
1 400 -
2 220 -
3 132 1
4 110-100 -
Total 1
Table: 26.2 – No. of Additional link lines for the year 2013-14 to meet Demand without Load
shedding and to insure reliability and quality of supply.
Sr. No
Voltage (kV) 2013-14
1 400 -
2 220 2
3 132 5
4 110-100 -
Total 7
70
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 26.3 - No. of Additional link lines for the year 2013-14 for evacuation arrangement.
Sr. No
Voltage (kV) 2013-14
1 400 2
2 220 -
3 132 -
4 110-100 -
Total 2
Table: 26.4 - No. of Additional link lines for the year 2013-14 for New substations to have
alternate source.
Sr. No
Voltage (kV) 2013-14
1 400 -
2 220 4
3 132 6
4 110-100 -
Total 10
Conclusion
According to Load flow studies overloading can be removed by constructing proposed
765kV, 400kV, 220kV, 132kV, 110/100kV S/s and Augmentation of transformer capacity in
existing S/s. Also from this year we can meet Unrestricted Demand.
71
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Year 2014-15
In the year 2014-15, it is estimated that Maharashtra will meet a demand of about
28738 MW considering the available generation of 34587 MW indicating surplus position of
state.
It is anticipated that there will not be any load shedding during this year and we can supply
power to all categories of consumers without any interruption due to generation shortage or
transmission network inadequacy.
The substation requirement for the year for strengthening of the network is tabulated in Table
27, Augmentation in Table 28 & Additional link lines in Table 29.
Table: 27 – No. of Substation requirement for the year
2014-15
Sr. No
Voltage Level (kV) 2014-15
1 765 -
2 400 2
3 220 -
4 132 -
5 110/100 -
Total 2
Table 28: No. of Augmentations for the year 2014-15
Table: 28.1 - No. of Augmentation by Addition of transformers required for the year 2014-15
Sr. No
Voltage Ratio 2014-15
1 400/220 -
2 220/132, 110 -
3 220/33, 22 1
4 132/33 -
5 110/33, 22 -
Total 1
72
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 28.2 - No. of Augmentation by Replacement of transformer for the year 2014-15
Sr. No
Voltage Ratio 2014-15
1 400/220 -
2 220/132, 110 -
3 220/33, 22 -
4 132/33 2
5 110/33, 22 -
Total 2
Table 29: List of Additional Link Lines required for the year 2014-15
Table: 29.1 – No. of Additional link lines for the year 2014-15 For S/S’s where only single source is available.
Sr. No
Voltage (kV) 2014-15
1 400 -
2 220 -
3 132 -
4 110-100 -
Total 0
Table: 29.2 – No. of Additional link lines for the year 2014-15 to meet Demand without Load
shedding and to insure reliability and quality of supply.
Sr. No
Voltage (kV) 2014-15
1 400 -
2 220 -
3 132 -
4 110-100 -
Total 0
73
STU FIVE YEAR TRANSMISSION PLAN FOR THE YEAR 2010-11 TO 2014-15
STU/TRA�S-PLA�/DOC-4 WEF 01/04/10
Table: 29.3 - No. of Additional link lines for the year 2014-15 for evacuation arrangement.
Sr. No
Voltage (kV) 2014-15
1 400 -
2 220 -
3 132 -
4 110-100 -
Total 0
Table: 29.4 - No. of Additional link lines for the year 2014-15 for New substations to have
alternate source.
Sr. No
Voltage (kV) 2014-15
1 400 -
2 220 2
3 132 -
4 110-100 -
Total 2
Summary Report
Maharashtra system is modeled with all the above considerations so as to ensure catering
the demand prevailing by 2014-15 including exporting power outside the state in such
a way that in all Sub-stations suitable numbers of lines and capacity of transformers are
available with sufficient redundancy in the transmission system.
This will also ensure following:
1) N-1 criteria for Transformers and all link lines.
2) N-2 criteria for Generation evacuation lines.
Western Maharashtra will be connected very strongly with the rest of the grid thereby
ensuring synchronized operation of the entire Maharashtra system to the maximum
possible extent.
74
MAHARASHTRA STATE
TRANSMISSION COMPANY
LTD.
75
STU/TRANS-PLAN/DOC-04/ WEF 01.04.10
2008-09 2009-10
1 765 KV 0 0 0 0 2 0 0 2
2 400 KV 0 4 5 2 4 4 2 21
3 220 KV 18 22 13 14 0 1 0 68
4 132 KV 11 13 12 2 0 0 0 38
5 110-100 KV 3 0 0 0 0 0 0 3
32 39 30 18 6 5 2 132
1 220 KV 2 1 0 0 0 0 0 3
2 132 KV 2 6 1 1 0 0 0 10
4 7 1 1 0 0 0 13
36 46 31 19 6 5 2 145
1 765 KV 0 0 0 0 900 0 0 900
2 400 KV 0 230 630 272 672 100 60 1964
3 220 KV 763 1878 1024 1049 412 394 35 5554
4 132 KV 420 1295 763 943 0 25 0 3446
5 110-100 KV 99 0 20 0 0 0 0 119
1282 3403 2437 2264 1984 519 95 11983
1 765 KV 0 0 0 0 0 0 0 0
2 400 KV 0 0 0 0 0 0 0 0
3 220 KV 76 30 321 85 42 0 0 554
4 132 KV 718 251 475 732 277 37 0 2490
5 110-100 KV 72 56 0 18 42 0 0 188
866 337 796 835 361 37 0 3232
1 765 KV 0 0 0 0 0 0 0 0
2 400 KV 0 0 0 0 0 0 0 0
3 220 KV 55 257 275 212 40 153 0 992
4 132 KV 119 162 138 57 307 80 0 863
5 110-100 KV 90 3145 25 55 0 0 0 3315
264 3564 438 324 347 233 0 5170
1 765 KV 0 0 0 0 0 0 0 0
2 400 KV 0 0 0 0 0 0 0 0
3 220 KV 0 0 90 255 0 280 80 705
4 132 KV 26 82 155 0 180 75 0 518
5 110-100 KV 0 0 15 0 0 0 0 15
26 82 260 255 180 355 80 1238
1 765 KV 0 0 0 0 0 0 0 0
2 400 KV 0 0 0 273 0 100 0 373
3 220 KV 200 95 30 94 0 0 0 419
4 132 KV 0 30 0 32 0 0 0 62
5 110-100 KV 0 0 0 0 0 0 0 0
200 125 30 399 0 100 0 854
1 765 KV 0 0 0 0 900 0 0 900
2 400 KV 0 230 630 545 672 200 60 2337
3 220 KV 1094 2260 1740 1695 494 827 115 8224
4 132 KV 1283 1820 1531 1764 764 217 0 7379
5 110-100 KV 261 3201 60 73 42 0 0 3637
2637 7511 3961 4077 2872 1244 175 22477
1 765 KV 0 0 0 0 3000 3000 0 6000
2 400 KV 830 4434 7002 3334 2427 4000 2000 24027
3 220 KV 4500 6175 2300 3400 0 200 0 16575
4 132 KV 818 1650 600 200 0 0 3268
5 110-100 KV 150 0 0 0 0 0 0 150
6298 12259 9902 6934 5427 7200 2000 50020
1 765 KV 0 0 0 0 0 0 0 0
2 400 KV 2815 3315 500 500 0 0 0 7130
3 220 KV 4725 3605 1425 725 425 300 25 11230
4 132 KV 2175 2400 275 350 175 50 0 5425
5 110-100 KV 350 400 50 0 25 25 0 850
10065 9720 2250 1575 625 375 25 24635
1 765 KV 0 0 0 0 0 0 0 0
2 400 KV 0 370 0 370 185 0 0 925
3 220 KV 1245 2742 2530 625 100 175 0 7417
4 132 KV 1724 1098 455 425 225 75 50 4051
5 110-100 KV 423 260 160 38 25 25 0 931
3392 4470 3145 1458 535 275 50 13324
1 765 KV 0 0 0 0 3000 3000 0 6000
2 400 KV 3645 8119 7502 4204 2612 4000 2000 32082
3 220 KV 10470 12522 6255 4750 525 675 25 35222
4 132 KV 4716.9 5147.5 1330 975 400 125 50 12744
5 110-100 KV 923 660 210 37.5 50 50 0 1931
19755 26449 15297 9967 6587 7850 2075 87979
TOTAL
TOTALTransmission Lines to have Alternate Source
TOTALTransmission Lines for Strengthening of Evacuation
TOTALTransmission Lines for S/S/ where only Single Source & Single ckt is available
TOTAL
TOTAL EHV LINES
TOTAL
TOTAL CAPACITY
Capacity Addition (MVA)Capacity addition by New Sub-Station
TOTALCapacity addition by Augmentation by Addition of Transformer
TOTALCapacity addition by Augmentation by Replacement of Transformer
2012-13 2013-14
Transmission Lines to ensure Reliability
New Sub-Station for 66KV Elimination
TOTAL
Transmission Lines (Ckt. KM)Transmission Lines for New Sub-Station
TOTAL NEW
2014-15 Total
TOTAL EHV LINES (Ckt.KM)
TOTAL CAPACITY ADDITION
TECHNICAL ABSTRACT (MSETCL)
New Sub-Station
TOTAL
SPILL OVER SCHEMESSr. No. Voltage Level 2010-11 2011-12
76
EVACUATION SCHEMES
77
STU/TRANS-PLAN/DOC-04/WEF 01/04/10
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS
1) 400/220 KV , 2X500 MVA ICTS WITH BAYS
400/220KV, 1X 167 MVA 1 PHASE ICT SPARE
2) LILO OF 400KV BHUSAWAL - I - KORADI - I AT KORADI -II - 15 KM
3) LILO OF 400KV SATPURA - KORADI -I AT KORADI-II - 15 KM
4) 220 KV KORADI -II - MANKAPUR M/C -25KM WITH BAYS
5) 220 KORADI - II - BUTTIBORI D/C -55KM WITH BAYS
6) 220 KORADI - II - NEW KHAPERKHEDA D/C -15KM WITH BAYS
7) KORADI -II - KORADI - III 400KV QUAD D/C LINE- 25 KM
1) 400/220 KV, 2 X 500 MVA ICTS WITH BAYS
400/220 KV, 1 X 167 MVA 1 PHASE ICT SPARE
2) LILO ON 400 KV CHANDRAPUR - PARLI D/C AT CHANDRAPUR -II -
S/STN - 1.8 KM WITH BAYS
3) 400 KV D/C CHANDRAPUR-II - WARRORA - 20 KM
4) 400KV D/C WARORA - WARDHA (PG) - 110KM
5) 220 KV CHANDRAPUR(MIDC) - CHANDRAPUR - II S/STN -20 KM
6) 2X400KV QUAD D/C FROM KORADI - WARDHA(PG) - 70KM
1) UPGRADATION OF EXISTING 220 KV BOTH D/C URAN- APTA LINE
WITH ACCC TW 620 SQ MM CONDUCTOR
2) 220KV URAN - KHARGHAR D/C LINE USING 0.5 ZEBRA ON M/C
WITH BAYS - 36 KMS (ONLY STRINGING)
1) 400/220 KV, 2 X 500 MVA ICTS WITH BAYS 400/220 KV, 1 X 167
MVA 1 PHASE ICT SPARE
LOA Date 23/01/07
2) 400 KV BHUSAWAL (KHADKA) - BHUSAWAL-II - D/C - 10 KM WITH
BAYS
3) 400 KV BHUSAWAL-II- AURANGABAD-I D/C LINE - 185 KM WITH
BAYS
4) 220 KV D/C ON M/C TOWER FROM 400 KV BHUSAWAL(II) -
BHUSAWAL (KHADKA) -10 KM WITH BAYS
5) 220KV BHUSAWAL-II- AMALNER D/C - 90 KM WITH BAYS
6) 400KV LINE BAYS EACH AT EXISTING 400KV KHADKA &
AURANGABAD S/S & 4NOS. 400KV LINE BAYS WITH ONE & HALF
BREAKER TYPE CONST. AT BHUSAWAL-II S/S
1) 220KV PARLI - NANDED D/C LINE - 110 KMS
2) 220KV PARLI GCR - BEED AT PARLI D/C LINE -70 KMS
1) 2 X 25 MVA, 220/33 KV T/FS WITH BAYS AT BALAPUR MIDC
2) 2 X 100 MVA, 220/132 KV ICTS WITH BAYS AT BALAPUR MIDC
3) 220KV PARAS-BALAPUR MIDC M/C LINE - 6 KM WITH BAYS
4) LILO OF 220 KV AKOLA-CHIKHALI AT PARAS EXTENSION - 15 KM
5) REORIENTATION OF 132KV LINES-30 KM WITH BAYS
6) 132 KV BAYS -2 NOS
7) 33 KV OUTLETS - 8 NOS
1) 400/220 KV, 2 X 500 MVA ICTS WITH BAYS 400/220 KV, 1 X 167
MVA 1 PHASE ICT SPARE
2) 400KV KHAPERKHEDA - 765 KORADI-III D/C QUAD -5 KMS
3) 220KV KHAPERKHEDA- II -220 KV KHAPERKHEDA OLD - 7 KM , M/C
LINE WITH BAYS
4) LILO OF 01 CKT AT CHANDRAPUR - I - KORADI-I AT KHAPERKHEDA -
10KM
COMMISSIONED
1) 400KV D/C DHULE-II-DHULE-I - 15 KM WITH BAYS
2) 400 KV D/C LINE FROM 400 KV DHULE-II - NASHIK - 190KMS.
3) 2x315MVA,400/220kV ICT
4) 220 KV D/C LINE TO DONDAICHA ( existing) S/S -15 KMS .
8 400KV DHULE-II S/S
( DONDAICHA)
(2012-13)
DHULE Evacuation of Power from
central sector & to feed the
upcoming load.
6 EVACUATION OF POWER
FROM PARAS EXTENSION
PROJECT
(2008-09)
1 X 250 MW EXP.
1 X 300 MW REP.
AKOLA LOA Date 31/08/06
20.5% Civil Work
Completed
LOA Date 23/01/07
3.5% Civil Work Completed
NAGPUR400KV KHAPERKHEDA S/S
(500MW GENERATION
EVACUATION PROJECT)
(2009-10)
7
4 400/220 KV BHUSAWAL - II
SUB-STATION
2 X 500 MW EXP.
(2010 - 11)
1 X 300 MW REP.
(2010 - 11)
JALGAON
LOA for Civil Works Date
05/11/07
5 EVACUATION OF POWER
FROM PARLI TPS
EXTENSION
1 X 250 MW EXP.
( 2008-09)
1 X 300 MW REP.
( 2011-12)
BEED LOA Date 31/08/06 24.5%
Civil Work Completed
2 400/220 KV CHANDRAPUR-II
S/S ALONG WITH
SWITCHING STATION
(CHANDRAPUR
2 X 500 MW)
(2011-12)
CHANDRAPUR LOA Date 30/04/08 Land
Available
3 EVACUATION OF POWER
FROM URAN G.T.
EXPANSION PROJECT
1) Block No. -I - 700 MW
2) Block No. - II - 340 MW
(2009-10)
RAIGAD LOA Date 30/04/08
Land Available
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
EVACUATION SCHEMES
TOTAL SCOPE OF WORK
EVACUATION SCHEMES ( MAHAGENCO )
1 400/220 KV KORADI -II SUB-
STATION
(KORADI 3 X 660 MW)
(ADANI 2 X 660 MW)
(2010-11)
NAGPUR Evacuation of M/s Adani
Generation at Gondia &
MAHAGenco
78
EHV CC O&M ZONE :
WASHI
79
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
1) 220/100KV, 2 X 100MVA T/FS WITH BAYS
2)
3)
2 X 220KV BAYS
LILO ON 220 KV PADGHE-BOISAR AT VASAI S/S- 9 KM
4) 2 NOS.OF 100KV LINE BAYS EACH AT OLD & NEW
SWITCHYARDS
5) REORIENTATION OF 100KV LINES - 15KM
1) 2X200MVA,220/100KV ICT
2) 2X50 MVA, 220/22KV T/F
3) D/C LINE LILO ON 220KV PADGHE - KALWA LINE WITH
BAYS - 3 KM
4) LILO OF 100 KV PADGHE - BHIWANDI SC LINE - 1 KM
5) LILO OF 100KV PADGHE - PANJARPUR SC LINE - 1
KM
6) D/C LILO OF 100 KV PADGHE - PISE LINE - 4 KM
7) LILO OF 220KV NASIK - KALWA CKT 3&4 AT BAPGAON-
3 KM
8) 12X22 KV OUTLETS
1) 4 X 50 MVA, 220/22 KV T/FS WITH BAYS
2) LILO ON 220 KV BORIVALI- MULUND S/C LINE AT
BHANDUP S/S- 3KM
3) 22 KV OUTLETS - 24 NOS.
1) LILO OF 220 KV PADGHE-WADA - 3.0 KM WITH BAYS
AT KUDUS S/S
2) 2X50MVA, 220/22KV T/F WITH BAYS
3) 22KV OUTLETS - 12 NOS.
1) 2 X 50 MVA, 220/22 KV T/FS WITH BAYS
2)
3)
22KV OUTLETS - 12 NOS.
LILO ON 220KV KALWA - PADGHE LINE WITH BAYS - 1
KM
1) 4 X 50 MVA, 220/22 KV T/F'S WITH BAYS
2) LILO OF 220KV PADGHE - KALWA CKT-I - 7 KM WITH
BAYS
3) 24 X 22KV OUTLETS
1) 2 X 50 MVA, 220/22 KV T/FS WITH BAYS
2) 22KV OUTLETS - 12 NOS.
3) LILO ON KALWA - PADGHE LINE WITH BAYS - 2.5 KM
1) 2 X 50 MVA, 110/22 KV T/FS WITH BAYS
2) LILO ON 110KV KALWA - DOMBIVALI LINE - 4 CKM
WITH BAYS
3) 10 x 22KV OUTLETS
1) 100/22KV, 2 X 25MVA T/FS WITH BAYS
2) 100KV D/C LINE AMBERNATH II - NERAL - 25 KM
3) 6 X 22KV OUTLETS
1)
SCOPE OF WORK BY MSETCL
LILO ON 220KV APTA - KALWA S/C TO NAVI MUMBAI
(PGCIL) - 10 KMS WITH BAYS
2) LILO ON 220KV KANDALGAON - KHARGHAR FOR
NAVI MUMBAI -5KM.
1) 2 X 50 MVA, 220/22 KV T/FS WITH BAYS
2)
3)
12 X 22KV OUTLETS
LILO ON 220KV PADGHE - JAMBHUL LINE - 10 KMS
WITH BAYS
1) 220KV KHARGHAR - WASHI D/C LINE WITH BAYS - 20
KMS
2) 2 X 100MVA, 220/100KV ICTS WITH BAYS
3) 2 X 50MVA, 220/22KV T/FS WITH BAYS
4) 2 X 100KV BAYS
5) 12 X 22KV OUTLETS
6) REORIENTATION OF 100 KV LINES -20 KM
1) 2 X 50 MVA, 220/33-22 KV T/FS WITH BAYS
2) 12 X 33-22KV OUTLETS
3) 220KV U/G CABLE FROM BORIVALI - 8 KMS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 8 X 33KV OUTLETS
3) 132KV DHANU - DAPCHERI D/C LINE WITH BAYS - 25
KMS
220 KV
GOREGAON FILM CITY S/S
(2009-10)
14
10 400KV NAVI MUMBAI
(PGCIL)
(2009-10)
132 KV DAPCHERI S/S
(2009-10)
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
13
220KV
ULHASNAGAR S/S
(2009-10)
11
12 220KV WASHI GIS
(2009-10)
Present recorded peak load on Mahane-100kV, Amernath-100kV
S/S are 50MW and 40MW respectively. It is anticipated by the
year 2009-10 that total load will reach to about 108MW. Hence it
is necessary to go in for new 220kV sub-station at Ulhasnagar.
THANE
THANE
Voltage improvement & load catering.
Dapcheri-132kV S/S is considered in year 2009-10 for reducing
the loading and to feed the upcomming load at proper voltage.
THANE
THANE
Present recorded peak load on Vashi-100kV is 110MW. It is
anticipated by the year 2009-10 that the load will reach to about
135MW. Hence it is necessary to go in for new 220kV sub-station
at Vashi The new substation Vashi -220kV S/S is proposed in
year 2009-10 for reducing loading on Vashi-100kV S/S and
improve voltage profile. By the commissioning of this substation,
voltage profile will improve .
Goregaon FC-220kV is considered to reduce the loading of Kalwa-
220kV S/S.
MUMBAI
110 KV
MUMBRA S/S
(2008-09)
THANE Voltage improvement & load catering.8
Voltage improvement & load catering.
THANE220KV KUDUS S/S
(2008-09)
Voltage improvement & load catering.220KV BHIWANDI - III
(2008-09)
Voltage improvement & load catering.
220KV BAPGAON S/S
(2008-09)
2
7 THANE
4
Voltage improvement & load catering.220 KV BHANDUP GIS
(2008-09)
THANE
9 Neral 100kV S/S is considered for reducing the loading on
Ambernath 220kV S/S. This new Substation is fed from
Ambernath 220 kV S/S by constructing 100kV D/C line of 25kM.
100 KV NERAL
(KOLHARE) S/S
(2008-09)
RAIGAD
1 220KV VASAI S/S
(2008-09)
3
Present recorded peak load on Kolshet and Wada S/S are 90MW
and 72MW. It is anticipated by the year 2007-08 the load will
reach to about 172MW. Hence it is necessary to go in for 220kV
sub-station at Kudus. Kudus-220kV S/S is proposed on LILO of
220kV existing Padghe–Wada line in year 2007-08 for reducing
loading on Kolshet and Wada network.
MUMBAI
SPILL OVER SCHEMES
THANE6 220 KV BHIWANDI - IV S/S
(2008-09)
5 * 220KV KNOWLEDGE
PARK, AIROLI
(2008-09)
THANE
THANE
Voltage improvement & load catering.
This station is considered to meet the load growth in Kalwa circle
and to improve the voltage profile. Bapgaon -220kV S/S is
proposed on LILO on 220kV existing Padghe –Kalwa D/C & 220
kV Nasik-Kalwa ckt 3&4 at Bapgaon.
80
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132 KV LINK LINE
(2009-10)
THANE 1) 132kV BOISAR-II - DAPCHERI SCDC LINE - 25 KM To provide uninterrupted supply during planned outages it is
necessary to add proposed line
1 220 KV LINK LINE
(2009-10)
RAIGAD 1) 220KV KHARGHAR - NERUL SCDC LINE WITH BAYS-
10 KMS
Since the existing 220kV Kharghar-Nerul S/c line is critically
loaded to an extent of 186 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to meet
additional load growth and contingency.
2 220 KV LINK LINE
(2008-09)
MUMBAI 1) 220KV D/C LINE NAGOTHANE - IPCL - 9 KMS WITH
BAYS
Since the existing 220kV Nagothane-IPCL S/c line is getting
loaded to an extent of 147 MW. It is anticipated the load will
reach to critical value by the year 2011-12. Hence it is suggested
to add proposed line to meet additional load growth and
contingency.
3 220 KV LINK LINE
(2009-10)
RAIGAD 1) 220KV TROMBAY(MSETCL) - NERUL SCDC LINE
WITH BAYS-30 KMS
Since the existing 220kV Trombay-Nerul S/c line is loaded to an
extent of 136 MW during Non-Coinsident peak condition.
Considering the increasing developement at Nerul it is necessary
to propose additional line to meet additional load growth and
contingency.
4 220 KV LINK LINE
(2008-09)
THANE 1) 220KV BOISAR (PGCIL) - 220KV BOISAR (MSETCL)
LINE - 15 KM
Since the existing 220kV Boisar-II-Boisar-PG S/c line is critically
loaded to an extent of 241 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to meet
additional load growth and contingency.
5 220 KV LINK LINE
(2008-09)
RAIGAD 1) 220 KV NAGOTHANE -WADKHAL D/C LINE - 30 KM For strengthening of evacuation of Dabhol power.
6 220 KV LINK LINE
(2009-10)
THANE 1) 220KV KALWA - TROMBAY SCDC LINE WITH BAYS-
25.56 KMS
Line is required for evacuation of proposed Generation at
Trombay
7 132 KV LINK LINE
(2008-09)
THANE 1) 132KV LINE FROM 220KV BOISAR - 132KV BOISAR
MIDC SCDC LINE - 8.7KM
Since the existing 132kV Boisar-Boisar MIDC S/c line is critically
loaded to an extent of 68 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to meet
additional load growth and contingency.
8 100 KV LINK LINE
(2008-09)
THANE 1) 100 KV BAPGAON-MOHANE SCDC LINE - 20 KM Since the existing 100kV Mohane-Padghe S/c line is 60 MW.
Mohane Being the industrial estate and considering heavy load
growth it is suggested to add proposed line to meet additional
load growth and contingency.
9 100 KV LINK LINE
(2009-10)
THANE 1) 100KV BHIVANDI - PADGHE SCDC LINE WITH BAYS-
16 KMS
Since the existing 100kV Bhiwandi-Padghe S/c line is critically
loaded to an extent of 106 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to meet
additional load growth and contingency.
10 100 KV LINK LINE
(2009-10)
THANE 1) 100 KV BAPGAON - BHIWANDI - 15 KM WITH BAYS Since the existing 100kV Bhiwandi-Padghe S/c line is critically
loaded to an extent of 106 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to meet
additional load growth and contingency.
1 220 KV LINK LINE
(2009-10)
RAIGAD 1) 220KV APTA - CHICHWAD M/C LINE WITH BAYS- 60
KMS
For strengthening of evacuation scheme of Uran.
2 220 KV LINK LINE *
(2009-10)
RAIGAD 1) LILO ON 220KV APTA - MAHAD LINE AT NAGOTHANE
WITH BAYS- 5 KMS
For strengthening of evacuation scheme of Uran.
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
As per the methodology stipulated in the guideline of State Grid Code Regulation No. 9.4
STRENGTHENING FOR EVACUATION ARRANGEMENT
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
81
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) ADD. 1X100 MVA, 220/100KV ICT WITH BAYS
2) 100 KV D/C LINE ON D/C TOWER FOR AMBARNATH I
TO INTERCONNECTION - 5 KM
3) 2X100KV BAYS AT AMBERNATH - I
1) 1X 25MVA , 220/22KV T/FS WITH BAYS
2) 2 X 22KV OUTLETS.
3 220 KV DOMBIVALI II S/S
(2008-09)
THANE 1) 1X200 MVA, 220/100 KV ICT WITH BAYS To avoid loss of supply in case of outages or interruptions on any
one transformer
1) 1X50 MVA, 100/22 KV T/F WITH BAYS
2) 22KV OUTLETS - 6 NOS
1) 1 X 25MVA , 132/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
3) 3 CORE, 400SQMM, XLPE CABLE - 0.5 KM
1) 1 X 25MVA , 100/22KV T/F WITH BAY
2) 4 X 22KV OUTLETS.
7 220 kV NAGOTHANE
(2009-10)
Raigad 1)
2)
Add 1 X 25 MVA 220/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 1 x 25 MVA and
the Load reach is 8 MVA.To avoid the loss of supply in case of
outages or interruptions of transformers.
8 132 kV DAHANU
(2009-10)
THANE 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 50, 1 X 25 MVA and
the load reached is 33 MVA To avoid loss of supply in case of
outages or interruptions on transformer.
1) 1X50 MVA,220/22 KV T/F
2) 6X22 KV OUTLETS
3) 3 CORE, 300SQMM, XLPE CABLE - 0.6 KM
1) 1X200 MVA, 220/100 KV ICT WITH BAYS
2) 100 KV BAYS - 2 NOS
1) 1 X25MVA , 220/22KV T/F WITH BAYS
2) 6 X 22KV OUTLETS.
3) 3 CORE, 400SQMM, XLPE CABLE - 0.5 KM
1) 1 X 50MVA , 220/33-22KV T/F WITH BAYS
2) 3 X 22KV OUTLETS
3) 2 X 33KV OUTLETS
4) 3 CORE, 400SQMM, XLPE CABLE - 0.6 KM
1) 1X50 MVA, 220/33-22KV T/F WITH BAYS
2) 4X33KV OUTLET
3) 2X22KV OUTLET
1) CONST. OF 220KV D/C LINE ON D/C TOWERS LILO ON
220KV PADGHE - COLOURCHEM LINE TO TEMGHAR
S/S - 10 KM
2) 220KV LINE BAYS AT TEMGHAR S/S - 2 NOS.
3) REPLACEMENT OF 2X50MVA, 100/22KV T/FS BY
2X50MVA, 220/22KV T/FS AT 220KV TEMGHAR S/S
WITH 12 X 22KV OUTLETS
4) CONST. OF 100KV SCDC LINE FOR DIVERSION OF
100KV LINE AT TEMGHAR S/S - 0.5KM
5) ADDITION OF 1X50MVA, 100/22KV T/F AT 100/22KV
BHIWANDI S/S WITH 4X 22KV GIS BAYS
7 400KV NAGOTHANE S/S
(2009-10)
RAIGAD 1) 1 X 500 MVA, 400/220KV ICT WITH BAYS Existing transformer capacity available in S/s is,400/220kV, 2 x
315 MVA and the load reached is 487 MVA Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
8 400 KV KALWA S/S
(2009-10)
THANE 1) 1 X 500 MVA 400/220 KV ICT WITH BAYS Existing transformer capacity available in S/s is,400/220kV, 2 x
600 MVA and the load reached is 979 MVA Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
9 132 kV PALGHAR
(2009-10)
Thane 1)
2)
Add 1 X 50 MVA ,132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25 MVA and
load is 44 MVA. Considering the maximum load reached on the
transformer in the event of interruptions/outage on any one of the
transformer other transformer should take care of existing load
3
220 KV PADGHE S/S
(2008-09)
2 THANE Existing transformer capacity available in S/s is,
220/100 - 2 x 200 - 281 MVA
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
Existing transformer capacity available in S/s is,
220/22 - 2 x 50 - 44 MVA
Hence it is necessary to propose additional transformer to meet
additional load growth and contingency.
RAIGAD220K KV MAHAD S/S
(2008-09)
132 KV TALEBAZAR S/S*
(2008-09)
5
4 220 KV PADGHE S/S
(2008-09)
To avoid loss of supply in case of outages or interruptions on any
one transformer
220 KV MAHAPE S/S
(2008-09)
THANE Existing transformer capacity available in S/s is,
220/22 - 2 x 50 - 66 MVA
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
220 KV WASHALA S/S*
(2008-09)
6 100 KV JITE S/S*
(2008-09)
RAIGAD
1
4 Existing transformer capacity available in S/s is,
220/33 - 2 x 50 - 55 MVA
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
Existing transformer capacity available in S/s is,
220/33 - 2 x 50 - 73 MVA load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
THANE
THANE
To avoid loss of supply in case of outages or interruptions on any
one transformer
To avoid loss of supply in case of outages or interruptions on any
one transformer
SINDHUDUR
G
THANE
RAIGAD
Existing transformer capacity available in Temghar S/s is,
220/22 - 2 x 50 - 85 MVA load
100/22 - 2 x 50 - 74 MVA load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
To avoid loss of supply in case of outages or interruptions on any
one transformer
220KVAMBERNATH - II*
S/S (JAMBHUL)
(2008-09)
To avoid loss of supply in case of outages or interruptions on any
one transformer
AUGMENTATION OF S/S BY ADDITION OF ICT/T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
2
1
220 KV ONGC S/S PANVEL
(2008-09)
5 220KV NERUL S/S
(2008-09)
THANE
6 COMPREHENSIVE
SCHEME FOR CAPACITY
ADDITION AT EHV S/S IN
BHIWANDI AREA
(2008-09)
THANE
82
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
10 100 kV VASAI
(2009-10)
Thane 1)
2)
Add 1x50 MVA 100/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 3 x 50
And the Load reach is 126 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
11 100 kV SHAHAPUR
(2009-10)
Thane 1)
2)
Add 1x25 MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 32 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
12 100 kV PATALGANGA
(2009-10)
Raigad 1)
2)
Add 1x25 MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 32 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
13 100 kV MHSALA
(2009-10)
Raigad 1)
2)
Add 1x25 MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 12.5
And the Load reach is 19 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
14 100 kV ROHA
(2009-10)
Raigad 1)
2)
Add 1x50 MVA 100/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 46 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
15 220 kV KALWA
(2009-10)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 81 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
16 220 kV URAN
(2009-10)
Raigad 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 41 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
17 220 kV TEMGHAR *
(2009-10)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is70 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing loadTo remove 100/22 kV Temghar I.
18 220 kV ANANDNAGAR
(AMBARNATH - III )
(2009-10)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 62 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
19 220 kV DOMBIVALI-II (PAL)
(2009-10)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 54 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
20 220 kV MAHAD
(2009-10)
Raigad 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 54 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
21 220 kV WADA
(2009-10)
Raigad 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 3 x 50
And the Load reach is 99 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
83
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1 X (50-20)MVA, 100/22KV T/F WITH BAYS
2) 2X22KV OUTLETS
1) 1 X (50-25) MVA, 132/33 KV T/FS.
2) 3 X 33 KV OUTLETS
1) 1 X (50-25) MVA, 132/33 KV T/F
2) 3 X 33KV OUTLETS.
1) REP. 1 X (50-25)MVA, 100/22KV T/FS.
2) 3 X 22KV OUTLETS
1) 1 X (50-25)MVA, 100/22KV T/FS.
2) 4 X 11KV OUTLETS
1) 1 X (50-25)MVA, 100/22KV T/F WITH BAYS
2) 2X22KV OUTLETS
7 100KV
AMBERNATH I S/S
(2008-09)
THANE 1)
2)
1 X (50-25)MVA, 100/22KV T/F WITH BAYS
2X22KV OUTLETS
Existing transformer capacity available in S/s is,
100/22 - 1 x 50 - 34 load
100/22 - 2 x 25 - 30 load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
1) 1 X (50-25)MVA, 100/22KV T/F WITH BAYS
2) 2X22KV OUTLETS
1) 1 X (50-25)MVA, 100/22KV T/F WITH BAYS
2) 2X22KV OUTLETS
10 220 kV KANDALGAON
(2009-10)
Raigad 1)
2)
1 X ( 50-20) MVA , 220/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 20 ,
1 x 50 and the Load reach is 39 MVA. The T/F is replaced to meet
anticipated load growth
11 220KV KALWA S/S
(2009-10)
THANE 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100KV BAYS - 2NOS
Existing transformer capacity available in S/s is,
220/100kV, 4 x 125MVA and the load reached is 368MVA
considering the maximum load reach on the transformer, in event
of intruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding. 12 220KV TROMBAY S/S
(2009-10)
MUMBAI 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100KV BAYS - 2NOS
Existing transformer capacity available in S/s is 220/100kV, 2 x
125 MVA and the load reached is 165 MVA,Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
13 220KV BORIVLI S/S
(2009-10)
MUMBAI 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100KV BAYS - 2NOS
Existing transformer capacity available in S/s is 220/100kV, 2 x
125 MVAand the load reached is 223MVA,Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
14 220KV PADGHE S/S
(2009-10)
THANE 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100KV BAYS - 2NOS
Existing transformer capacity available in S/s is,220/100kV,2 x
200 MVA and 220/100 kV,1 x 125MVA and the load reached is
263MVA and 98 MVA respectively.Considering the maximum
load reach on the transformer, in event of interruption/outage on
any one of the transformer other transformer should take care of
existing load so as to avoid load shedding.
15 220KV BOISAR II S/S
(2009-10)
THANE 1)
2)
1X(200-150)MVA, 220/132KV ICT WITH BAYS
100KV BAYS - 2NOS
Existing transformer capacity available in S/s is 220/132kV 2 x
150MVAand1X 200MVA the load reached is
315MVA,Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of the
transformer other transformer should take care of existing load so
as to avoid load shedding.
AUGMENTATION OF S/S BY REPLACEMENT OF ICT/T/F
4 100KV
DOMBIVALI S/S
(2008-09)
THANE Existing transformer capacity available in S/s is,
100/22 - 1 x 50 - 49 MVA load
100/22 - 3 x 25 - 46 MVA load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
3 132 KV BOISAR MIDC S/S
(2008-09)
THANE Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 36 MVA load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
Existing transformer capacity available in S/s is,
100/22 - 2 x 20 - 12 load
The transformers are replaced to meet anticipated load growth.
220KV
APTA S/S
(2008-09)
THANE1
2 132 KV DAHANU S/S
(2008-09)
THANE Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 16 MVA load
The transformers are replaced to meet anticipated load growth.
5 100KV VASHI S/S
(2008-09)
THANE Existing transformer capacity available in substation is 100/22kv,
2x25MVA - 12MVA load . The transformer is replaced to meet
anticipated load growth
100KV
ROHA S/S
(2008-09)
9 RAIGAD Existing transformer capacity available in S/s is,
100/22 - 2 x 25 - 38 load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
8
Existing transformer capacity available in S/s is,
100/22 - 2 x 25 - 22 load
The transformers are replaced to meet anticipated load growth.
RAIGAD100KV
TAMBATI S/S
(2008-09)
6
100KV
THAL WAISHET S/S
(2008-09)
RAIGAD Existing transformer capacity available in S/s is,
100/22 - 2 x 25 - 26 load
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
84
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
16 220 KV TALOJA S/S
(2009-10)
RAIGAD 1)
2)
1X(200-100)MVA, 220/100KV WITH BAYS 100KV
BAYS - 2NOS
Existing Transformer capacity available is 2 X 100 MVA and load
reached is 83 MVA, Considering the maximum load reach on the
transformer, in event of intruption/outage on any one of the
transformer other transformer should take care of existing load so
as to avoid load shedding.
17 220KV APTA S/S
(2009-10)
RAIGAD 1)
2)
1X(200-125)MVA, 220/100KV WITH BAYS
100KV BAYS - 2NOS
Existing transformer capacity available in S/s is 220/100 kV, 2 x
200 MVA and 2 X 125 MVA the load reached is 235 MVA
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
18 100 kV NOCIL
(2009-10)
Raigad 1)
2)
2x(50-25) MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 38 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
19 100 kV AMBERNATH-I
(2009-10)
Thane 1)
2)
1 X ( 50-25)MVA, 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 50,
2 x 25 and the Load reach is 57 MVA. The T/F is replaced to
meet anticipated load growth
20 100 kV MURBAD
(2009-10)
Thane 1)
2)
1 X ( 50-25) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 50 ,
1 x 25 and the Load reach is 29 MVA. The T/F is replaced to meet
anticipated load growth
21 100 kV VASHI
(2009-10)
Thane 1)
2)
1 X ( 50-25)MVA, 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 50,
1 x 25 and the Load reach is 85 MVA. The T/F is replaced to meet
anticipated load growth
22 100 kV KHOPOLI (2009-
10)
Raigad 1)
2)
1 X ( 50-25)MVA, 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 50 ,
1 x 25 and the Load reach is 41 MVA. The T/F is replaced to meet
anticipated load growth
23 100 kV ROHA
(2009-10)
Raigad 1)
2)
1 X ( 50-25) MVA , 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25 MVA and
the Load reach is 46 MVA. The T/F is replaced to meet
anticipated load growth
24 100 kV TALOJA-I
(2009-10)
Raigad 1)
2)
1X ( 50-20)MVA, 100/22 kV T/F WITH BAYS
2X22KV OUTLETS
Existing transformer capacity available in S/s is 2 x 20, 1 x 25 and
the Load reach is 46 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
85
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 220KV NALASOPARA - PALGHAR D/C LINE WITH BAYS
- 40 KMS
2) 2 X 50MVA, 220/22KV T/FS WITH BAYS
1) 220 KV D/c LINE FROM BOISER (PG) - 10 KMs
2) 220 KV D/c LINE FROM 220 KV PALGHAR - 20 KMs
3) 2 X 100 MVA 220/132 KV ICT WITH BAYS
4) 2 X 50 MVA 220/33 KV T/F WITH BAYS
5) 132 KV D/C LINE TO BOISER MIDC S/S - 10 KM WITH
BAYS1) LILO OF ONE CIRCUIT OF 220KV D/C APTA -
PEDAMBE LINE - 4KM2) 2X25MVA , 220/22K V TF
3) 33KV OUTLETS - 08 NOS
1) 2 X 50 MVA, 220/22 KV TFS WITH BAYS
2) 220KV PADGHE - KALYAN D/C LINE WITH BAYS - 20
KMS3) 12 X 22KV BAYS FOR FUTURE EXPANSION
1) LILO ON 132 KV BOISAR-I - DAHANU S/C LINE AT
JAWHAR - 75 KM WITH BAYS2) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
3) 8 NOS OF 33 KV BAYS
BY PGCIL
1 MSETCL SCOPE
400KV PADGHE(PG) - 400KV PADGHE -II (KUDUS)
MSETCL USING D/C QUAD MOOSE CONDUCTOR-
10KM
2) 400KV D/C QUAD LINE FOR NALASOPARA S/STN-
57KM
1) 2X 500 MVA , 400/220KV ICT'S WITH BAYS
1X167 MVA 400/220 KV 1 PHASE ICT SPARE
2) LILO ON 400 KV TARAPUR - PADGHE D/C AT PADGHE
- II (KUDUS) -15 KM
3) INTERCONNECTING D/C LINE BETWEEEN 220 KV D/C
LINE TO 220 KV KUDUS- -5 KMS
4) 220 KV D/C LINE TO 220 KV BHIVANDI IV-
30 KMS5) 220KV LINE FROM KUDUS TO BHIVANDI-III -
30 KM1) LILO ON 400 KV KHARGHAR - KALWA AT NERUL -10
KM
2) LILO ON 400 KV KHARGHAR - PADGHE AT NERUL -10
KM
3) 2 X 500 MVA 400/220 KV ICT'S WITH BAYS
4) 220 KV D/C LINE FROM 400 KV NERUL TO 220 KV
NERUL-5 KM
1) 2X500MVA ,400/220KV ICT
2) SCOPE CONSIDERED IN 765KV PADGHE-II (PG)
S/STN3) 220KV NALASOPARA-VASAI D/C LINE-20KM
4) INTER LINK D/C LINES BETWEEN EXISTING 220KV
NALASOPARA - 400KV NALASOPARA 15KM1) 2X500MVA ,400/220KV ICT
2) LILO ON 400KV PADGHE - NAGOTHANE D/C LINE AT
400KV AMBERNATH- 10KM3) 220KV D/C LINE BETWEEN 400KV AMBERNATH-
220KV AMBERNATH(ANANDNAGAR) -2.5KM4) REORIENTATION OF 220KV LINES - 20KM
1 100KV LINK LINE
(2012-13)
RAIGAD 1) 100 KV MHASALA -KANDALGAON SCDC LINE 37 KM 100kV Mhasala S/S is fed from 100kV Kandalgaon S/s with S/c
line. Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
2 100kV LINK LINE
(2012-13)
THANE 1) 100KV IOL - STANDARD D/C LINE USING U.G CABLE -
5KM
Single source to be made double.
1 220 KV LINK LINE
(2010-11)
THANE 1) 220KV AMBERNATH -II - PADGHE D/C LINE WITH BAYS-
20 KMS
Since the existing 220kV Ambernath-Padghe S/c line is critically
loaded to an extent of 199 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to meet
additional load growth and contingency.
2 220 KV LINK LINE
(2010-11)
THANE 1) 220KV AMBERNATH - II - DOMBIVLI-II SCDC LINE
WITH BAYS- 15 KMS
Since the existing 220kV Dombivali-Ambernath S/c line is loaded
to an extent of 147 MW during Non-Coinsident peak condition and
Ambernath is an industrial zone hence it is necessary to propose
additional line to meet additional load growth and contingency.
400 KV Nerul S/s is Considered for upcomming load near by
Nerul and to feed the area at proper voltage.
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
9
THANE 400 KV Ambernath S/s is considered for existing and upcomming
load near by area.
400 KV Nalasopara S/s is Considered for upcomming load near
by area.
400KV NALASOPARA S/S
(2013-14)
400KV AMBERNATH S/S
(2014-15)
10
To improve the voltage profile of the area and to meet the
upcomming load.
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
THANE
To overcome low voltage & to feed the upcomming load.
Voltage improvement & load catering.THANE
Evacuation of Central Sector Power.
Voltage improvement & load catering.
7 400KV PADGHE - II
(KUDUS) S/S
(2012 -13)
THANE
132 KV JAWHAR S/S (2011-
12)
Palghar 220kV S/S is considered to cater increasing loads in the
area.
220 KV BOISAR MIDC
(2010-11)
4
5
2
It is necessary to go in for new 220kV sub-station at kalyan to
FEED THE UPCOMMING LOAD
220 KV
KALYAN S/S
(2011-12)
3 220KV VILE-BAGAD (2010-
11)
RAIGAD
8
NEW SCHEMES
220 KV PALGHAR S/S
(2010-11)
1
THANE
400 KV NERUL
(2013-14)
THANE
THANE
THANE
765KV
PADGHE-II S/S (PG)
(2012-13)
6 THANE
86
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) COVERSION OF EXISTING D/C TOWER IN TO M/C
NARROW BASE TOWER USING EXISTING CORRIDOR
FROM 220KV KHARGHAR-KALWA-BORIVALI-BOISAR.
2) REPLACEMENT OF 0.4 ACSR CONDUCTOR, WITH AAAC
TWIN CONDUCTOR
a) 220KV LILO PT OF TARAPUR - BORIVALI- 95KM
b) 220 KV LILO PT OF MULUND- BORIVALI - 15KM
c)220 KV KALWA -LILO PT OF MULUND -6.2KM
d) 220KV KALWA - LILO PT OF MAHAPE - 8.1KM
e) 220 KV LILO PT OF MAHAPE- LILO PT OF TIFFIL- 1.6KM
f) 220KV LILO PT OF TIFFIL - LILO PT OF TROMBAY - 31KM
g) 220KV LILO PT OF NERUL - KHARGHAR -9.7KM
3) REPLACEMENT OF 0.4 ACSR CONDUCTOR, WITH AAAC
TWIN CONDUCTOR OF 220KV KHARGHAR - KALWA -
BORIVALI - BOISAR S/C ON M/C.
4) STRINGING OF D/C ON M/C FROM 220KV KHARGHAR -
BORIVALI-BOISAR WITH AAAC TWIN CONDUCTOR
BYPASSING KALWA SWITCHYARD WITH 220KV CABLES.-
125KM
5) *LILO OF EXISTING S/C BOISER (MSETCL) - BORIVALI
(MSETCL) AT 220KV GHODBUNDER (R-INFRA). (*THIS
WORK WILL BE DONE BY M/S R-INFRA) - 10KM
4 220KV LINK LINE
(2010-11)
THANE 1 200KV PEDAMBE- TAMBATI (APTA) LINE AT MAHAD -
160KM
Strengthining of existing network.
5 132KV LINK LINES
(2010-11)
THANE 1 2ND CIRCUIT STRINGING OF 132KV LINE FROM 220KV
BOISER-132KV BOISAR MIDC- 8.5KM
Since the existing 132kV Boisar - Boisar MIDC S/C line is loaded
to an extent of 67MW during Non-Coinsident peak condition. It is
anticipated the load will reach to about critical value in future.
Hence it is necessary to propose additional line to meet additional
load growth and contingency.
6 220 KV LINK LINE
(2011-12)
THANE 1) 220 KV APTA - IPCL SCDC LINE - 55 KM Since the existing 220kV Wadkhal-IPCL S/c line is getting loaded
to an extent of 151 MW. It is anticipated the load will reach to
critical value by the year 2011-12. Hence it is suggested to add
proposed line to meet additional load growth and contingency.
7 100kV LINK LINE
(2011-12)
THANE 1) 100kV MURBAD - SHAHAPUR DC LINE WITH BAYS-30
KMS
Strengthining of existing network.
8 220KV LINK LINE (2011-
12)
THANE 1) 220KV APTA - WADKHAL D/C -25KM Strengthining of existing network.
9 220KV LINK LINE (2011-
12)
THANE 1) 220KV COLOURCHEM - KOLSHET D/C -8KM Strengthining of existing network.
10 132KV LINK LINES
(2011-12)
THANE 1) 132KV DAHANU - PALGHAR D/C LINE WITH BAYS - 30
KMS
Strengthining of existing network.
11 100kV LINK LINE
(2011-12)
THANE 1) 100KV BHIVANDI - PADGHE D/C -25KM USING HIGH
AMPICITY CONDUCTOR
Strengthining of existing network.
12 100kV LINK LINE
(2011-12)
THANE 1) CONVERSION OF TEMGHAR TAP OF 100KV BHIVANDI -
PADGHE LINE USING HIGH AMPICITY CONDUCTOR
(BETWEEN LOC NO. 1 - 53) .
Strengthining of existing network.
13 132KV LINK LINES
(2011-12)
THANE 1) 132KV BOISAR-I - BOISAR-II - 7 KM USING HIGH
AMPICITY CONDUCTOR
Strengthining of existing network.
14 220 KV LINK LINE
(2013-14)
THANE 1) 220KV TALOJA - 400KV PANVEL (PG) D/C LINE - 28 KM Line is required considering increasing load growth in nearby area
1 220 KV LINK LINE
(2011-12)
RAIGAD 1) 220KV KHARGHAR - NEW MUMBAI SCDC LINE WITH
BAYS- 50 KMS
Linking to New 400 kV New
Mumbai S/s
1 400 KV LINK LINE
(2011-12)
AHMEDNAGA
R/ THANE
1) 400KV D/C LINE FROM 400KV BABLESWAR - PADGHE -
II(KUDUS) -153KM
Strengthening for wind power evacuation at Nasik and
Doindaicha
1 400 kV PADGHE
( 2010 - 11 )
THANE 1)
2)
Add 1x500 MVA 400/220 KV ICT bays
3 x 220 kV Line bays
Existing transformer capacity available in S/s is 3 x 315 MVA
And the Load reach is 875 MVA.Considering the maximum load
reached on the ICTs in the event of interruptions/outage on any
one of the transformer other ICTs' should take care of existing
load
2 220 kV KOLSHET
(2010-11)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with GIS bays
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 63 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
2 220 kV KALWA
(2010-11)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 81 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
3 220 kV TEMGHAR
(2010-11)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 78 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
4 220 kV MAHAPE
(2010-11)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 82 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
3 220 KV LINK LINE (2010-11,
JULY 2010)
THANE
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
STRENGTHENING FOR EVACUATION ARRANGEMENT
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF ICT / TF
AUGMENTATION OF S/S BY ADDITION OF ICT / TF
Existing Kharghar-Kalwa S/C line is of 1971. Existing Boiser
(MSETCL)- Borivali (MSETCL) S/C line is of 1973. For
srengthening of network and upcoming future demand of mumbai
area this work is proposed.
87
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
5 220 kV NERUL
(2010-11)
Thane 1)
2)
Add 1x50 MVA 220/33-22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 75 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
6 220 kV WADA
(2010-11)
Raigad 1)
2)
Add 1x50 MVA 220/22 KV T/F with GIS bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 3 x 50
And the Load reach is 99 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
7 220 kV VASAI
(2010-11)
Raigad 1)
2)
Add 2x50 MVA 220/22 KV T/F with bay
8 x 22 kV outlets
To reduce the loading on 100 kV VASAI
8 100 kV MOHNE
(2010-11)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with 22KV GIS bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 56 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
9 100 kV APTA
(2010-11)
Raigad 1)
2)
Add 1x25 MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 20
And the Load reach is 15 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
10 400KV KHARGHAR S/S
(2011-12)
THANE 1) 1 X 500 MVA, 400/220KV ICT WITH BAYS Existing transformer capacity available in S/s is,400/220 kV , 2 x
315 MVA and the load reached is 386 MVA
Considering the maximum load reach on the transformer, in event
of interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
11 220 kV KOLSHET
(2011-12)
Thane 1)
2)
Add 1x50 MVA 220/22 KV T/F with GIS bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 50
And the Load reach is 63 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
12 100 kV JITE
(2012-13)
Raigad 1)
2)
Add 1 X 25 MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 1 x 25 MVA and
the Load reach is 8 MVA.To avoid the loss of supply in case of
outages or interruptions of transformers.
13 220 kV MAHAD
(2013-14)
Raigad 1)
2)
Add 1x50 MVA 220/22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 3 x 50
And the Load will reach 102 MVAin year 2013-14. Considering
the maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load
14 220KV KAMBA
( 2013-14)
THANE 1) Add 1x 50 MVA ,220/22kV with GIS Bays. For redundancy.
15 100 kV SHAHAPUR
(2013-14)
Thane 1)
2)
Add 1x25 MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 32 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
1 220 kV BOISAR-II
(2010-11)
Thane 1)
2)
1 X(100- 50) MVA ,220/33-22 kV T/F with bays.
6 X 33/22 kV out lets.
Existing transformer capacity available in S/s is 2 X 50 MVA and
load is 40. MVA. Considering the maximum load reached on the
transformer in the event of interruptions/outage on any one of the
transformer other transformer should take care of existing load
2 220KV KALWA S/S
(2010-11)
THANE 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100 KV BAYS - 02 NOS
Existing transformer capacity available in S/s will be ,220/100kV,
3 x 125MVA and 1 X 200 MVA and load will reach 440MVA
considering the maximum load reach on the transformer, in event
of intruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
3 220KV TROMBAY S/S
(2010-11)
MUMBAI 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100 KV BAYS - 02 NOS
Existing transformer capacity available in S/s will be 220/100kV,
1 x 125MVAand1X 200 MVA and the load will
reach198MVA,Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of the
transformer other transformer should take care of existing load so
as to avoid load shedding.
4 220KV BORIVLI S/S
(2010-11)
MUMBAI 1)
2)
1x(200-125)MVA, 220/100KV ICT'S WITH BAYS
100 KV BAYS - 02 NOS
Existing transformer capacity available in S/s is 220/100kV 2 x
125MVAand the load reached is 223MVA,Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
5 220KV BOISAR II S/S
(2010-11)
THANE 1)
2)
1x(200-150)MVA, 220/100KV ICT'S WITH BAYS
100 KV BAYS - 02 NOS
Existing transformer capacity available in S/s is 220/132kV 2 x
150MVAand the load reached is 207MVA,Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid load
shedding.
6 220 KV TALOJA S/S
(2010-11)
RAIGAD 1)
2)
1x(200-100)MVA, 220/100KV ICT'S WITH BAYS
100 KV BAYS - 02 NOS
Existing Transformer capacity available is 2 X 100 MVA and load
reached is 83 MVA, Considering the maximum load reach on the
transformer, in event of intruption/outage on any one of the
transformer other transformer should take care of existing load so
as to avoid load shedding.
AUGMENTATION OF S/S BY REPLACEMENT OF ICT
88
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
7 220 kV WADKHAL
(2010-11)
Raigad 1)
2)
1x(50-20) MVA 220/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 1 x 20 , 1 x 50
and the Load reach is 25 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
8 220 kV COLOURCHEM
(2010-11)
Thane 1)
2)
1x(100-50) MVA 220/22-22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 4 x 50
And the Load reach is 130 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
9 220 kV MULUND
(2010-11)
Mumbai 1)
2)
1x(100-50) MVA 220/22-22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 4 x 50
And the Load reach is 169 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
10 100 kV THAL
(2010-11)
Raigad 1)
2)
2x(50-25) MVA 100/22 KV T/F with bay
4 x 22 kV outlets
Existing transformer capacity available in S/s is 2 x 25
And the Load reach is 27 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
11 220KV KAMBA
( 2010-11)
THANE 1)
2)
1x(100- 50) MVA ,220/22-22kV with GIS Bays.
4 x 22 kV outlets
For redundancy.
12 132 kV PALGHAR
(2010-11)
Thane 1)
2)
1 X (50-25) MVA,132/33 kV T/F with bays.
4 X 33 kV outlets.
Existing transformer capacity available in S/s is 2 X 25 MVA and
load is 44 MVA. The transformer is replaced to meet anticipated
load growth.
13 100 kV TALOJA-I
(2010-11)
Raigad 1)
2)
1 X ( 50-20) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 20 ,
1 x 25 and the Load reach is 46 MVA. The T/F is replaced to meet
anticipated load growth
14 100 kV MHSALA
(2010-11)
Raigad 1)
2)
1 X ( 50-12.5) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 12.5
and the Load reach is 19 MVA. The T/F is replaced to meet
anticipated load growth
15 220 kV URAN
(2010-11)
Raigad 1)
2)
1 X ( 50-25) 220/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 41 MVA. The T/F is replaced to meet
anticipated load growth
16 220 kV NALASOPARA
(2010-11)
Thane 1)
2)
1x(100-50) MVA 220/22-22 KV T/F with GIS bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 3 x 50
And the Load reach is 63 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
17 220 kV MULUND
(2011-12)
Mumbai 1)
2)
1x(100-50) MVA 220/22-22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 4 x 50
And the Load reach is 169 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
18 400 KV NAGOTHANE S/S
(2011-12)
RAIGAD 1)
2)
1 X (500-315)MVA, 400/220KV ICT WITH BAYS
220KV BAYS - 02 NOS
Existing Transformer capacity available is 2 X 315 MVA and load
reached is 487 MVA, Considering the maximum load reach on the
transformer, in event of intruption/outage on any one of the
transformer other transformer should take care of existing load so
as to avoid load shedding.
19 220 kV COLOURCHEM
(2011-12)
Thane 1)
2)
1x(100-50) MVA 220/22-22 KV T/F with bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 4 x 50
And the Load reach is 130 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
existing load
20 220 kV BOISAR-II
(2011-12)
Thane 1)
2)
1 X(100- 50) MVA ,220/22-22 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 50 MVA and
load is 40. MVA. Considering the maximum load reached on the
transformer in the event of interruptions/outage on any one of the
transformer other transformer should take care of existing load
21 220KV KAMBA
( 2011-12)
THANE 1)
2)
1x(100- 50) MVA ,220/22-22kV with GIS Bays.
4 x 22 kV outlets
For redundancy.
22 132 kV BOISAR MIDC
(2011-12)
Thane 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV outlets.
Existing transformer capacity available in s/s is 2 X 25 MVA. And
the load reached is 40 MVA The transformer is replaced to meet
anticipated load growth.. 23 100 kV TALOJA-I
(2011-12)
Raigad 1)
2)
1 X ( 50-25) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 20 ,
1 x 25 and the Load reach is 46 MVA. The T/F is replaced to meet
anticipated load growth
24 100 kV MHSALA
(2011-12)
Raigad 1)
2)
1 X ( 50-12.5) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 12.5
and the Load reach is 19 MVA. The T/F is replaced to meet
anticipated load growth
25 220 kV NALASOPARA
(2011-12)
Thane 1)
2)
1x(100-50) MVA 220/22-22 KV T/F with GIS bay
6 x 22 kV outlets
Existing transformer capacity available in S/s is 3 x 50
And the Load reach is 63 MVA.Considering the maximum load
reached on the transformer in the event of interruptions/outage on
any one of the transformer other transformer should take care of
89
STU/TRANS/DOC-04/ W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
WASHI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
26 100 kV PATALGANGA
(2012-13)
Raigad 1)
2)
1 X ( 50-25) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 32 MVA. The T/F is replaced to meet
anticipated load growth
27 220 kV TAMBATI-II
(2012-13)
Raigad 1)
2)
1 X ( 50-25) 220/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 32 MVA. The T/F is replaced to meet
anticipated load growth
28 100 kV NOCIL
(2012-13)
Raigad 1)
2)
1 X ( 50-25) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 38 MVA. The T/F is replaced to meet
anticipated load growth
29 132 kV DAHANU
(2012-13)
Thane 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV outlets.
Existing transformer capacity available in s/s is 1 X 25 MVA, 1 X
50 MVA. And the load reached is 33 MVA The transformer is
replaced to meet anticipated load growth..
30 100 kV PATALGANGA
(2013-14)
Raigad 1)
2)
1 X ( 50-25) 100/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 32 MVA. The T/F is replaced to meet
anticipated load growth
31 220 kV TAMBATI-II
(20013-14)
Raigad 1)
2)
1 X ( 50-25) 220/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 32 MVA. The T/F is replaced to meet
anticipated load growth
32 220 kV URAN
(2013-14)
Raigad 1)
2)
1 X ( 50-25) 220/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 41 MVA. The T/F is replaced to meet
anticipated load growth
* COMMISSIONED IN 2009-10 ** 1No. TF COMMISSIONED IN 2009-10
90
EHV CC O&M ZONE : PUNE
91
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
1) 2 X 315 MVA, 400/220KV ICT WITH BAYS & 1 X 105MVA
SPARE ICT
2) 400KV CHAKAN - PUNE (PG) S/C LINE - 20 KM
3) LILO OF 400 KV LONIKAND-PADGHA AT CHAKAN S/S -
15 KM
4) 220KV CHAKAN - TALEGAON (PG) D/C - 20KMS
5) 220KV LILO ON EXISTING BHOSARI-CHINCHWAD S/C
LINE - 15 KMS
6) 3 X 50 MVA, 220/22KV T/F
7) 22 KV OUTLETS - 18 NOS.
1) LILO OF 220 KV CHINCHWAD-THEUR S/C- 12 CKTS
WITH BAYS
2) 2X50 MVA, 220/22KV T/FS WITH BAYS
3) 12X22KV OUTLETS
1) 2 X 50 MVA, 220/22 KV T/FS WITH BAYS
2) 400KV PGCIL PUNE -TALEGAON S/S - 40 KM D/C LINE
WITH BAYS
3) 220 KV URSE-TALEGAON D/C LINE.
4) 12 X 22 KV OUTLETS
1) 2 X 50 MVA, 220/33KV T/FS WITH BAYS
2) 33KV OUTLETS - 12 NOS.
3) 220KV D/C LINE FROM LONIKAND-KHARDI 5 KMS WITH
BAYS
1) 2 X 50 MVA, 220/33KV T/FS WITH BAYS
2) 2 X 100MVA, 220/132KV ICT WITH BAYS
3) 220 KV LINE FROM CHAKAN - RAJGURUNAGAR D/C -
15 KMS
4) LILO ON 220KV LONIKAND - PARGAON S/C AT
RAJGURUNAGAR 10 KMS WITH BAYS
5) LILO ON 132 KV CHINCHWAD-NARAYANGAON-10 KM
WITH BAYS
6) 33KV OUTLETS - 8 NOS
1) 132/33KV, 2 X 25MVA T/FS WITH BAYS
2) 8 X 33KV OUTLETS.
3) 132KV LINE BAYS -02 NOS
1) LILO ON 132 KV PHURSUNGI - RAHATANE- 10 KM
2) 2 X 50 MVA, 132/22 KV T/FS WITH BAYS
3) 22 KV OUTLET - 12 NOS,
1) 2 X 50MVA, 132/22KV T/FS WITH BAYS
2) 2 X 25MVA, 132/11KV T/FS WITH BAYS
3) 12 X 22KV OUTLETS, BUS SECTIONALISER &
INCOMMERS
4) 12 X 11KV OUTLETS, BUS SECTIONALISER &
INCOMMERS
5) SCADA SYSTEM FOR 132 KV
6) 132KV U.G CABLE XLPE SINGLE CORE 4 CABLE FROM
PARVATI - RASTAPETH - 8KM.
9 RENOVATION OF 100KV
GANESHKHIND -
KHOPOLI D/C
PUNE 1) RENOVATION OF 100KV LINE GANESHKHIND -
KHOPOLI - 70 CKM.
STRENTHENING THE SUPPLY NETWORK
1) ERECTION 2 X 25 MVA, 132/22KV T/FS WITH BAYS
2) 3 X 25 MVA, 132/11 KV T/FS WITH BAYS
3) REPLACEMENT OF 22KV EQUIPMENT
4) DISMENTALLING OF 110/33KV/110/11KV T/F AT BARSHI,
SANGOLA, PULUJ, DIGANCHI, DEGAON11 400KV PUNE (PG)
(2009-10)
PUNE
1)
SCOPE OF WORK BY MSETCL
LILO ON 220KV HINJEWADI - CHINCHWAD S/C TO
PUNE (PG) - 25 KMS WITH BAYS
Pune-PGCIL is constructed by PGCIL and will facilitate
additional infeed to pune circle
1)
SCOPE OF WORK BY MSETCL
400KV D/C LINE FROM SOUTH SOLAPUR(PG)-
SOLAPUR (MSETCL)-20KM
2) 220 KV DC LINE FROM 400/220KV SOUTH SOLAPUR
(PG) - SOUTH SOLAPUR (MSETCL) S/S - 5 KM WITH
BAYS
3) 220KV DC LINE FROM 400KV SOUTH SOLAPUR -
PANDHARPUR - 60KM
3 220KV TALEGAON
(2008-09)
PUNE
132 KV BIBWEWADI S/S
(2008-09)
400 KV SOUTH
SOLAPUR S/S(PGCIL)
(2009-10)
12 SOLAPUR Evacuation of Power from PG.
Talegaon 220kV S/S is considered for meeting the existing
loads in Pune circle. Talegaon-220kV S/S is feed from
Urase by constructing 220kV M/C line of 7kM.
6
Rastapeth 132kV S/S is considered for reducing loading on
Parvathi S/S and for strengthening in Pune circle.
Rastapeth-132kV S/S is fed from Parvati 220/132 kV S/S
by constructing 132kV S/C line of 8kM
132KV
RASTAPETH G.I.S S/S
(2008-09)
PUNE
PUNE
220KV KHADAKWASLA
S/S (NANDED CITY)
(2008-09)
8
2
PUNE
4
SPILL OVER SCHEMES
7 Bibwewadi132kV S/S is considered for reducing the loading
on Phursangi & Khothrod and also to improve the voltage
profile in Pune Circle. This new Substation is proposed on
LILO of existing Phursangi–Khothrod 132kV line.
1 * 400KV CHAKAN S/S
(2008-09)
PUNE The existing 400/220kV station at Lonikand is overloaded
leading low voltage profile in pune circle. By the
commissioning of this substation, voltage profile of Pune
ring main Circle will improve to 0.93pu. Chakan-400kV is
connected from Lonikand by onstructing 400kV D/C line of
28kM length.
VOLTAGE IMPROVEMENT & LOAD CATERING
VOLTAGE IMPROVEMENT & LOAD CATERING
132KV
NAVI - VES S/S
(2008-09)
220KV GIS-KHARDI
(2008-09)
PUNE Present recorded peak load on Khardi-132 V is 70MW. It is
anticipated by the year 2009-10 the load will reach to about
90MW. Hence it is necessary to go in for 220kV sub-station
at Khardi. Khardi-220kV S/S is fed from Lonikand-
400/220kV S/S by constructing 220kV D/C line of 25kM
length.
5
SOLAPUR
UPGRADATION OF
100KV GANESHKHIND
S/S TO 132KV
220KV RAJGURUNAGAR
(2008-09)
PUNE
10 PUNE STRENTHENING THE SUPPLY NETWORK
VOLTAGE IMPROVEMENT & LOAD CATERING
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
92
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 2 X 500 MVA, 400/220 KV ICT WITH BAYS
1 X 167 MVA, 400/220 KV SPARE ICT WITH BAYS
2) LILO OF 400 KV PARLI (PG)-PUNE (PG) D/C AT
LONIKAND-II S/S-30 KM
3) 220 KV LONIKAND-II-THEUR D/C LINE WITH BAYS- 18
KM
4) 220 KV LONIKAND-II-CHAKAN D/C LINE WITH BAYS- 28
KM5) 220 KV LONIKAND-II-RAJGURUNAGAR D/C LINE WITH
BAYS- 40 KM6) 220 KV DC LINE FROM 400KV LONIKAND-II - 220KV
VSNL DIGHI WITH BAYS- 25 KM ( OH LINE 16.9KM &UG
CABLE 8.1KM ) (2010 -2011)1) 2 X 100 MVA, 220/132 KV ICT'S WITH BAYS
2) 2 X 25 MVA, 220/33 KV T/FS WITH BAYS
3) LILO OF 132 KV SOLAPUR - AKKALKOT AT SOUTH
SOLAPUR S/S - 5 KM
4) 220KV DC LINE FROM 220KV SOUTH SOLAPUR - BALE -
10KM
5) 33KV OUTLETS - 8 NOS
1) 3 X 50MVA, 220/22KV T/FS WITH BAYS
2) LILO ON 220KV BHOSARI (AKURDI) -TELCO S/C LINE
1.6 KMS WITH BAYS
3) 33KV OUTLETS - 8 NOS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) LILO ON 132KV LONAND -PHALTAN LINE 7KM FROM
LOCATION NO. 29
3) 8 X 33 KV OUTLETS
1) 2 X 50MVA, 220/22KV T/FS WITH BAYS
2) 12 X 22KV OUTLETS
3) 220 KV D/C ON D/C FROM 220 KV PARGAON TO 220 KV
CHAKAN -20KMS
4) 220 KV M/C ON M/C FROM 220 KV CHAKAN- 132 KV
NARAYANGAON -20 KMS
5) 220 KV D/C ON D/C FROM 220 KV NARAYANGAON
SUBSTATION TO 220 KV ALEPHATA S/S -19 KMS
6) 220 KV M/C ON M/C FROM 220 KV CHAKAN- 220 KV
CHINCHWAD -35 KMS
7) 220 KV M/C ON M/C LILO ON 220 KV CHAKAN- 220 KV
CHINCHWAD -5 KMS
8) 220 KV LINE BAYS - 8 NOS
9) 132 KV LINE BAYS-7 NOS
10) 220 KV XLPE CABLE- 1.62 KM
11) 132 KV XLPE CABLE-0.9 KM
1) 2 X 25MVA, 132/33KV T/FS WITH BAYS
2) 132KV SCDC LINE FROM AKKALKOT-KARAJGI - 20 KM
WITH BAYS
3) 33KV OUTLETS - 8 NOS
1) 2 X 25MVA, 132/33KV T/FS WITH BAYS
2) 132KV AKKALKOT-WAGDARI (GOGAON) - S/C LINE ON
D/C TOWER - 25 KM WITH BAY
3) 132KV NALDURG-WAGDARI (GOGAON) S/C D/C - 25 KM
WITH BAY
4) 33KV OUTLETS - 8 NOS
1) 2 X 25MVA, 132/33KV T/FS WITH BAYS
2) LILO ON 132KV MANDRUP - DEGAON S/STN - 5 KM
WITH BAYS
3) 33KV OUTLETS - 8 NOS
1) 132 KV D/D LINE FROM 220 KV MALINAGAR S/S 6 KMS
WITH BAYS
2) 2 X 25 132/33 KVT/F
3) 33 KV OUTLETS 8 NOS.
1) 2X25MVA, 132/33KV T/F
2) 132KV D/C LINE FROM 220KV KURKUMBH S/STN-15KM
3) 33KV OUTLETS - 8 NOS
1) 2X25MVA, 132/33KV T/F
2) 132KV D/C LINE FROM AKKALKOT -22KM
3) 33KV OUTLETS - 8 NOS
132KV BORIVEL
(2009-10)
132KV RUDDEWADI
(2009-10)
22
23
The loads around Chinchwad-is 80MW. It is anticipated by
the year 2009-10 that the load will reach to about 96MW.
Hence it is necessary to go in for new 220kV sub-station at
Akurdi.
15
21
18 132 KV KARAJGI S/S
(2009-10)
132 KV WAGDARI S/S
(GOGAON)
(2009-10)
132 KV SHANKARNAGAR
(2009-10)
19
It is anticipated by the year 2009-10 that the load will reach
to its extent near baramati region . To avoid interruptions
due to over loading Someshwar nagar-132kV S/S is
considered.
SOLAPUR
SOLAPUR
16 132 KV SOMESHWAR
NAGAR S/S
(2009-10)
400 KV LONIKAND-II S/S
(2009-10)
14
220KV AKURDI
(2009-10)
Soregaon-132kV S/S is considered to meet the load growth
in Solapur ring main.
PUNE
PUNE
PUNE
South Solapur-220kV S/S is considered for evacuating
power from the proposed 400/22kV sub-station of South
solhapur by PGCIL. By the commissioning of this
substation, voltage profile will improve to 1.0pu from
0.93pu.
To improve the voltage profile of the area and to cater the
upcomming load.
220 KV SOUTH
SOLAPUR (MSETCL) S/S
(2009-10)
13
SOLAPUR Present recorded peak load on Akkakalkot-132kV is 40MW.
It is anticipated by the year 2009-10 that the load will reach
to about 50MW. Hence it is necessary to go in for new
132kV sub-station at Karjagi. The new Karjagi-132kV S/S is
proposed in year 2009-10 for reducing loading on
Akkakalkot-132kV.
SOLAPUR
UPGRADATION OF
220KV CHAKAN S/S
(2009-10)
20 132 KV SOREGAON S/S
(2009-10)
17 PUNE VOLTAGE IMPROVEMENT & LOAD CATERING
Wagdari (Gogaon)-132kV S/S is considered for meeting
load growth in and around Solhapur.
132 KV Shankarnagar substation is proposed for catering
upcomming load nearby Akaluj.
PUNE
SOLAPUR
System Strengthining
System Strengthining
SOLAPUR
93
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132KV LINK LINE
(2008-09)
PUNE 1) 132KV YAWAT - THEUR SCDC LINE - 23 KM 132kV Yawat S/S is fed from 132kV Theur S/s with S/c line.
Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
2 132KV LINK LINE
(2008-09)
PUNE 1) 132KV KURULI - RANJANGAON SCDC - 20 KM 132kV Kuruli S/S is connected with 132kV Ranjangaon S/s
with S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
3 132KV LINK LINE*
(2009-10)
SOLAPUR 1) 132KV LINE FROM 220KV SOLAPUR II - MOHOL SCDC
LINE - 32 KM
132kV Mohol S/S is connected with 220kV Solapur S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
1 132KV LINK LINE
(2008-09)
PUNE 1) 132 KV CHINCHWAD - MARKAL SCDC LINE - 29 KMS
WITH BAYS
Since the existing 132kV Theur-Kharadi S/c line is getting
loaded to an extent of 34 MW. It is anticipated the load in
Pune district will reach to critical value by the year 2011-12.
Hence it is suggested to add proposed line to meet
additional load growth and contingency.
2 132KV LINK LINE
(2008-09)
PUNE 1) 132 KV NCL PUNE - KOTHRUD SCDC LINE - 6.4 KMS
WITH BAYS
Since the existing 132kV NCL-Rahatane S/c line is critically
loaded to an extent of 75 MW. Hence it is suggested to add
proposed line to reduce the loading of existing line and to
meet additional load growth and contingency.
3 132KV LINK LINE
(2008-09)
PUNE 1) 132 KV CHINCHWAD - RAHATANE SCDC LINE - 6 KMS
WITH BAYS
Since the existing 132kV Chinchwad-Rahatane S/c line is
critically loaded to an extent of 82.6 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
4 132KV LINK LINE
(2008-09)
PUNE 1) 132 KV PHURSUNGI - THEUR SCDC LINE - 14 KMS
WITH BAYS
Since the existing 132kV Theur-Phursangi S/c line is
critically loaded to an extent of 103 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
5 132KV LINK LINE
(2008-09)
PUNE 1) 132 KV PHURSUNGI - MUNDWA SCDC LINE - 12 KMS
WITH BAYS
Since the existing 132kV Mundwa-Phursangi S/c line is
critically loaded to an extent of 103 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
6 132KV LINK LINE
(2008-09)
PUNE 1) 132 KV NCL PUNE - RAHATANE SCDC LINE - 6.4 KMS
WITH BAYS
Since the existing 132kV NCL Pune-Rahatane S/c line is
critically loaded to an extent of 75 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
7 132KV LINK LINES
(2009-10)
PUNE 1) 132KV STRINGING OF IIND CIRCUIT CHINCHWAD -
RAHATANE -NCL-12.4KM
Since the existing 132kV Chinchwad - Rahatane line is
loaded to an extent of 67 MW and 132kV Rahatane - NCL
line is loaded to an extent of 89 MW during Non-Coinsident
peak condition. It is anticipated the load will reach to about
critical value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
1 132KV LINK LINE
(2009-10)
PUNE 1) 132 KV CHAKAN - URSE SCDC LINE - 20 KMS WITH
BAYS
Only single ckt and single source is available at Urse S/S.
2 220 KV LINK LINE
(2009-10)
RAIGAD 1) LILO ON 220 KV APTA - CHINCHWAD LINE FOR URSE
S/S ON IIND CKT - 22 KM
Linking to New 220 kV Urse S/s
1 400KV AUGMENTATION
AT JEJURI & SOLAPUR *
(2008-09)
PUNE SOLAPUR 1) 3 X 167 MVA, 400/220KV ICT WITH BAYS To avoid loss of supply in case of outages or interruptions
on any one transformer
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) 1X200 MVA, 220/132 KV T/F WITH BAYS
2) 2X132 KV BAYS
1) 1X100 MVA, 220/132 KV T/F WITH BAYS
2) 2X132 KV BAYS
1) 1X100 MVA, 220/132 KV T/F WITH BAYS
2) 1X50 MVA, 220/22 KV T/F WITH BAYS
3) 132 KV BAY - 2 NOS.
4) 6X22 KV OUTLETS
1) 1X25 MVA, 132/33 KV T/F WITH BAYS
2) 4X22 KV OUTLETS
3) 3 CORE, 400SQMM, XLPE CABLE - 0.8 KM
3
4 220 KV KURKUMBH S/S
(2008-09)
132KV PAREWADI S/S
(2008-09)
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
SOLAPUR
PUNE
132 KV SANASWADI S/S
(2008-09)
7
220 KV BARAMATI S/S
(2008-09)
5
6
To avoid loss of supply in case of outages or interruptions
on any one transformer
PUNE
PUNE220 KV RANJANGAON
S/S
(2008-09)
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
PUNE
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
2 132 KV JANAI S/S
(2008-09)
PUNE To avoid loss of supply in case of outages or interruptions
on any one transformer
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
94
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) 1X100 MVA, 220/132 KV T/F WITH BAYS
2) 2X132 KV BAYS
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
2) 22 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) ADDL. 1 X 50 MVA, 132/22 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
3) 4 X 22 KV OUTLETS
13 400KV JEJURI S/S *
(2009-10)
PUNE 1) 1 X 500 MVA, 400/220 KV ICT WITH BAYS The existing Trans,Capacity is 400/220 kV 1 X500 MVA and
the load reach is 529 MVA To avoid loss of supply in case
of outages or interruptions on any one ICT addil. ICT Is
proposed
14 220 KV PHURSUNGI S/S*
(2009-10)
PUNE 1) 1X200 MVA, 220/132 KV T/F WITH BAYS Existing transformer capacity available in S/s is 220/132 kV
,1 x 100 - load reach is 154MVA To avoid loss of supply in
case of outages or interruptions on any one ICT addil. ICT
Is proposed.
15 132 kV KAMTHADI
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 10 MVA. And
the load reached is 6 MVA.To avoid loss of supply in case
of outages or interruptions on transformer.
16 132 kV KURUDUWADI *
(2009-10)
Solapur 1)
2)
Add 1 X 50 MVA 132/33 kV T/F with bay.
8 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 50 MVA. And
the load reached is 26 MVA.To avoid loss of supply in case
of outages or interruptions on transformer.
17 132 kV MARKAL*
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. To
avoid loss of supply in case of outages or interruptions on
transformer.
18 220 kV PIRANGUT
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. And
the load reached is 15.1 MVA.To avoid loss of supply in
case of outages or interruptions on transformer.
19 132 kV VELAPUR
(2009-10)
Solapur 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. And
the load reached is 14 MVA.To avoid loss of supply in case
of outages or interruptions on transformer.
20 132 kV SHIRUR
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. And
the load reached is 5 MVA.To avoid loss of supply in case
of outages or interruptions on transformer.
21 220 kV BHIGWAN *
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. And
the load reached is 14 MVA.To avoid loss of supply in case
of outages or interruptions on transformer.
1) Add 1 X 50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1) 2X200MVA, 220/132KV ICTS WITH BAYS
2) 4X132KV LINE BAYS
3) 1X132KV TBC BAY
4) 220KV D/C LINE ON M/C TOWERS - 4 KM WITH BAYS
5) 132KV D/C LINE ON M/C TOWERS - 4 KM (STRINGING
ONLY)
1) 1X50 MVA, 220/22 KV T/F WITH BAYS
2) 6X22 KV OUTLETS
1) 1X50 MVA, 220/22 KV T/F WITH BAYS
2) 6X22 KV OUTLETS
1) ADDL. 1 X 25 MVA, 132/22 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
22
8 132 KV YAWAT S/S
(2008-09)
PUNE
220 KV PARVATI S/S
(2008-09)
12 132 KV KAMTHADI S/S
(2008-09)
PUNE
PUNE
220 KV URSE S/S
(2008-09)
1
3
4 132 KV MARKAL S/S *
(2008-09)
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
Existing transformer capacity available in S/s is,
132/33 - 1 x25 - 5
To avoid loss of supply in case of outages or interruptions
on any one transformer
Existing transformer capacity available in S/s is,
132/33 - 1 x 10 - 8MVA load
132/22 - 1 x 25 - 16MVA load
To avoid loss of supply in case of outages or interruptions
on any one transformer
Newly Introduced 220/132kV level to feed Rastapeth S/s &
the nearby area at proper voltage and to take care of
anticipated load growth of the area.
New S/s
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
PUNE
PUNE220KV PARVATI S/S
(2008-09)
PUNE132 KV DAUND S/S
(2008-09)
132KV PURANDWADE
S/S
(2008-09)
SOLAPUR
SOLAPUR
PUNE
220 kV PIRANGUT*
(2009-10)
11
10
9 220 KV JEUR S/S
(2008-09)
To avoid loss of supply in case of outages or interruptions
on any one transformer
Existing transformer capacity available in S/s is,
220/22 - 3 x 50 -141 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 13 load
132/22 - 1 x 25 - Nil load
132/22 - 1 x 12.5 - 11 load
Hence it is necessary to propose additional transformer to
meet additional load growth and contingency.
2
Pune Existing transformer capacity available in S/s is 1 X 50 and
load reach is 24 MVA.To avoid loss of supply in case of
outages or interruptions on transformer.
95
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) ADDL. 1X25MVA, 220/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) 1 X 50MVA, 132/33KV T/F WITH BAYS
2) 1X 200MVA, 220/132KV ICT WITH BAYS
3) 6 X 33KV OUTLETS
4) 1 X 132KV BAY
7 220 KV ALEPHATA S/S
(2009-10)
PUNE 1) 1X100 MVA, 220/132 KV T/F WITH BAYS Existing transformer capacity available in S/s is 220/132 kV
,2 x 100 - load reach is 100MVA To avoid loss of supply in
case of outages or interruptions on any one transformer
addil. Trans. is proposed.
8 220KV THEUR S/S
(2009-10)
PUNE 1) 1X200 MVA, 220/132KV ICT WITH BAYS Existing transformer capacity available in S/s is,220/132, 1
x 150 MVA and 1 X 200 MVA and the load reach is 268
MVA Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of
the transformer other transformer should take care of
existing load so as to avoid load shedding.
9 132kV MANGALWEDHA *
(2009-10)
Solapur 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 25 MVA
and load is 20 MVA. Considerinh thre maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
10 132 kV BARAMATI
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 25, 1 X
50 MVA and load is 34 MVA. Considerinh thre maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
11 132 kV JEJURI
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25MVA
and load is 27 MVA. Considerinh thre maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
12 132 kV NARAYANGAON
(2009-10)
Pune 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25MVA
and load is 31 MVA. Considerinh thre maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
13 132 kV CHAKAN - I *
(2009-10)
Pune 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 25, 1 X
50 MVA and load is 51 MVA. Considerinh thre maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load
14 132 kV SANGOLA
(2009-10)
Solapur 1)
2)
Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X 50
MVA. And the load reached is 48 MVA The transformer is
replaced to meet anticipated load growth
15 132 kV SOLAPUR - I
(DEGAON)
(2009-10)
Solapur 1)
2)
1) Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
2) 4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 22 MVA The transformer is
replaced to meet anticipated load growth.
16 132 kV KURUDUWADI
(2009-10)
Solapur 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X 50
MVA. And the load reached is 26 MVA The transformer is
replaced to meet anticipated load growth.
17 220 kV ALEPHATA
(2009-10)
Pune 1)
2)
Add 1 X 50 MVA , 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X 50
MVA. And the load reached is 47 MVA Considerinh thre
maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
18 220 kV JEUR
(2009-10)
Solapur 1)
2)
Add 1 X 25 MVA , 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25 MVA
and load is 36 MVA. Considerinh thre maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
1) Add 1x50 MVA 132/22 KV T/F with bay
2) 6 x 22 kV outlets
1) Add 1x25 MVA 132/22 KV T/F with bay
2) 4 x 22 kV outlets
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
220 KV MALINAGAR
(2008-09)
6 SOLAPUR
SOLAPUR220KV TEMBHURNI S/S *
(2008-09)
5
Existing transformer capacity available in S/s is,
220/132 - 1 x 100 - 48 load
220/33 - 2 x 50 - 56 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
21 220 kV LONIKAND
(2009-10)
Pune Existing transformer capacity available in S/s is 2 X 50 and
load reach is 53 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
Existing transformer capacity available in S/s is 3 X 50 and
load reach is 120 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
Existing transformer capacity available in S/s is 1 X 50, 1 x
25 and load reach is 45 MVA.Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
19 132 kV YAVAT
(2009-10)
Pune
New S/s
132 kV PHURSANGI-I
(2009-10)
Pune Existing transformer capacity available in S/s is 2 X 25 and
load reach is 40 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
22 220 kV CHINCHWAD
(2009-10)
20
Pune
96
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1 220 KV KARKAMBH S/S*
(2008-09)
SOLAPUR 1) 1 X ( 50 - 25) MVA, 220/33 KV T/F WITH BAYS Existing transformer capacity available in S/s is,
220/33 - 2 x 25 - 34.40 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
2 220 KV SOLAPUR II S/S*
(BALE)
(2008-09)
SOLAPUR 1) 1 X (50-25) MVA, 132/33 KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 1 x 25 -18 load
132/33 - 1 x 50 - 31.43 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
3 132 KV CHAKAN S/S *
(2008-09)
PUNE 1) REP. 1 X (50-25) MVA, 132/22 KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/22 - 2 x 50 - 76 load
132/22 - 2 x 25 - 39 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
1) 1X50 MVA 132-110/33KV T/F
2) 6X33KV OUTLETS
5 132 KV MOHOL S/S*
(2008-09)
SOLAPUR 1) REP. 1 X (50-25) MVA, 132/33 KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/22 - 1 x 50 - 39.3 load
110/22 - 1 x 25 - 20 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
1) 2 X (50-25) MVA, 132/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
7 132 KV SOLAPUR MIDC
S/S*
(2008-09)
SOLAPUR 1) REPL. 1 X (50- 25) MVA, 132/33 KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 1 x 50 - 30 load
132/33 - 1 x 25 - 19 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
1) REP.1 X ( 50 -25) MVA, 132/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 3 NOS.
9 132 KV SANGOLA S/S*
(2008-09)
SOLAPUR 1) REPL. 1 X (50- 25) MVA, 132-110/33 KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 36 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
1) (25-16) MVA, 132/33 KV T/F
2) 2X33 KV OUTLETS
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 43 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 19 load
132/33 - 1 x 16 - 15 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
10 132 KV INDAPUR S/S*
(2008-09)
PUNE
SOLAPUR8
25
132 KV DEGAON S/S*
(2008-09)
6 132 KV AKKALKOT S/S*
(2008-09)
SOLAPUR Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 37 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
132KV SANGOLA S/S *
(2008-09)
4 SOLAPUR Existing transformer capacity available in S/s is,
132-110/33 - 2 x 25 - 36 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
24 220 kV PHURSANGI-II
(2009-10)
23 220kV HINJEWADI -I
(2009-10)
Pune Existing transformer capacity available in S/s is 2 X 25 and
load reach is 41 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
26 220 kV THEUR
(2009-10)
Pune Existing transformer capacity available in S/s is 2 X 50 and
load reach is 75 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
220 kV TELCO
(2009-10)
Existing transformer capacity available in S/s is 2 X 50 and
load reach is 66 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
Pune
Pune Existing transformer capacity available in S/s is 2 X 50 and
load reach is 70 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
97
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
11 110KV KURDUWADI S/S*
(2008-09)
SOLAPUR 1) 1X(50 - 25)MVA, 132-110/33KV T/F WITH BAYS Existing transformer capacity available in S/s is,
132/22 - 1 x 50 - 34.34 load
110/22 - 1 x 25 - 22.41 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
12 220KV RANJANGAON
S/S (2009-10)
PUNE 1) 1X(200-100) MVA, 220/132KV ICT WITH BAYS Existing transformer capacity available in S/s is, 220/132,1
x 100 MVA - load reach is- 86MVA replacement of existing
transformer of 220/132 kV 1 x 100 MVA is being proposed
during2009-10 to have sufficient capacity during interuption
and to cater the load.
13 220KV CHINCHWAD
( 2009-10)
PUNE 1) 1X(200-50) MVA ,220/132-110KV WITH BAYS Existing transformer capacity available in S/s is, 220/132,1
x 200 MVA and 2 x 50 MVA and the load reach is 144
MVA. Considering the maximum load reach on the
transformer in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
14 220KV CHINCHWAD
( 2009-10)
PUNE 1) 1X(200-50) MVA ,220/110-100KV WITH BAYS Existing transformer capacity available in S/s is, 220/110,1
x 50 MVAand 1 X 100 MVA and the load reach is 54.60
MVA. Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of
the transformer other transformer should take care of
existing load so as to avoid load shedding.
15 220 KV SOLAPUR-II S/S
(2009-10)
SOLAPUR 1) 1X(200-100)MVA, 220/132KV WITH BAYS Existing transformer capacity available in S/s is, 220/132,1
x200 MVA,1X150 and1X100MVA the load reach is 358
MVA Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of
the transformer other transformer should take care of
existing load so as to avoid load shedding.
16 220KV PANDHARPUR
S/S(2009-10)
SOLAPUR 1) 1X(200-100)MVA, 220/132KV WITH BAYS Existing transformer capacity available in S/s is,
220/132 - 1 x 100 - load reach is 70
220/100 - 1 x 100 - 52
The transformers are replaced to meet anticipated load
growth.
17 220KV BARAMATI S/S
(2009-10)
PUNE 1) 1X(100-50)MVA, 220/132KV WITH BAYS Existing transformer capacity available in S/s is, 220/132,1
x 50 MVA and the load reach is 30 MVA Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid
load shedding.
18 220 kV KARKUMBH *
(2009-10)
Solapur 1)
2)
1 X (50-25) MVA, 220/33 kV T/F with bays.
4 X 33 kV outlets.
Existing transformer capacity available in s/s is 1 X 50 & 1
X 25 MVA and the load reached is 35 MVA The transformer
is replaced to meet anticipated load growth.
1) 1X(50-25) MVA, 132/22 KV T/F WITH BAYS
2) 22 KV OUTLETS - 2 NOS.
20 132 kV NCL PUNE*
(2009-10)
Pune 1)
2)
2 X ( 50-25) MVA 132/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 30 MVA.The T/F is replaced to meet
anticipated load growth
21 132 kV SHIRUR
(2009-10)
Pune 1)
2)
2 X ( 50-25) MVA 132/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 26 MVA. The T/F is replaced to
meet anticipated load growth
22 132 kV
WALCHANDNAGAR*
(2009-10)
Pune 1)
2)
2 X ( 50-25) MVA 132/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25
and the Load reach is 32 MVA. The T/F is replaced to meet
anticipated load growth
23 132 kV MUNDHAWA
(2009-10)
Pune 1)
2)
1 X ( 50-25) MVA 132/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 3 x 25
and the Load reach is 51 MVA. The T/F is replaced to meet
anticipated load growth
24 132 kV KURULI
(2009-10)
Pune 1)
2)
1 X(50- 25) MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. And
the load reached is 19 MVA.To avoid loss of supply in case
of outages or interruptions on transformer.25 100 kV LONAWALA
(2009-10)
Pune 1)
2)
1 X ( 50-25) MVA 132-100/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 16, 1 x
12.5 and the Load reach is 15 MVA.The T/F is replaced to
meet anticipated load growth
26 100 kV TALEGAON-I
(2009-10)
Pune 1)
2)
1 X ( 50-20) MVA 132-100/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 28, 1 x
25, 1 x 20 and the Load reach is 47 MVA.The T/F is
replaced to meet anticipated load growth
19 132 KV MUNDHWA S/S
(2009-10)
PUNE Existing transformer capacity available in S/s is,
132/22 - 3 x 25 - 53.49 load
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
98
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 2 X 500 MVA, 400/220 KV ICT WITH BAYS
1 X 167 MVA, 400/220 KV SPARE
2) 400 KV HINJEWADI - KESURDI D/C - 60 KM WITH BAYS
3) 220 KV INTERCONNECTION FROM 400 KV HINJEWADI-
HINJEWADI-II - 5 KM
1) 2 X 50 MVA, 220/22 KV T/FS WITH BAYS
2) LILO ON 220 KV LONIKAND - KHADAKI LINE - 2.2 KM
3) 22 KV OUTLET - 12 NOS
1) 2X50MVA,220/22KV T/F
2) LILO ON 220KV CHINCHWAD-THEUR AT KONDHWA -
1KM
3) 22KV OUTLETS -12Nos
1) 132KV D/C LINE FROM 132KV MANGALWEDHA - 22KM
2) 2X25MVA, 132/33KV T/F
3) 33KV OUT LETS - 6 NOS.
1) 2X25MVA,132/33KV T/F
2) 2nd CKT STRINGING OF 132KV JEUR - KARJAT LINE -
42KM
3) LILO OF ONE CKT OF 132KV JEUR - KARJAT LINE AT
KARMALA - 16KM
4) 33KV OUTLETS - 06NOS.
1) 220 KV D/C LINE FROM 220 KV BARAMATI -20 KM
2) 220 KV D/C LINE FROM 220 KV PHALTAN (MIDC) -26 KM
3) 2 X 100 MVA, 220/132 KV ICT'S WITH BAYS
4) 132 KV D/C LINE TO 132 KV WALCHANDNAGAR - 5 KM
4) 132 KV D/C TO INDAPUR - 35 KM
1) 2 X 500 MVA, 400/220 KV ICT WITH BAYS
1 X 167 MVA, 400/220 KV SPARE
2) LILO ON 400 KV AURANGABAD-PUNE(PG) D/C - 20 KM WITH BAYS
3) 220 KV INTERCONNECTION FROM 400 KV RETWADI-
RAJGURUNAGAR - 5 KM
1 132KV LINK LINE
(2010-11)
PUNE 1) 132 KV DUAND - YAWAT SCDC LINE - 6 KMS WITH
BAYS
132kV Yawat S/S is fed from 132kV Theur S/s with S/c line.
Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
2 132KV LINK LINE
(2010-11)
SOLAPUR 1) 132KV PANDHARPUR - MANGALWEDHA SCDC LINE -
22 KM
132kV Mangalwedha S/S is fed from 132kV Pandharpur S/s
with S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
3 132KV LINK LINE
(2010-11)
SOLAPUR 1) 132KV KARAJGI - MANDRUP SCDC LINE - 22 KM 132kV Mandrup S/S is fed from 132kV Degaon S/s with S/c
line. Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
4 132KV LINK LINE*
(2012-13)
SOLAPUR 1) 132 KV CHINCHOLIKATE TAP ON BALE (SOLAPUR-II)-
MOHOL S/C LINE - 1.8 KM
132kV Chincholikate S/S is Tapped on 132kV Bale-Mohol
S/c line & Also the requirement from MIDC of 40 MW.
Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
5 132KV LINK LINE
(2012-13)
SOLAPUR 1) 132 KV 2ND CIRCUIT LINE STRINGING FROM
PAREWADI -JEUR 22 KM
132kV Parewadi S/S is fed from 132kV Jeur S/s with S/c
line. Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
6 132KV LINK LINE
(2012-13)
PUNE 1) 132 KV SHIRUR -FROM 220KV RANJANGAON SCDC
LINE - 26.0 KM
132kV Shirur S/S is fed from132kV Supa S/s with S/c line.
Hence to provide uninterrupted supply during planned
outages it is necessary to add proposed line
1 220 KV LINK LINE
(2010-11)
RAIGAD /PUNE 220 KV KANDALGAON -CHINCHWAD D/C ON M/C LINE -
60 KMS
This line is of 1962. For strengthning of network this work is
proposed.
2 132KV LINK LINE
(2010-11)
SOLAPUR 1) 132KV LINE FROM 220KV BALE - SOLAPUR MIDC DC
STRINGING OF 2ND CIRCUIT- 16.5KM
Since the existing132kV Solapur - solapur MIDC line is
loaded to an extent of 56 MW during Non-Coinsident peak
condition. It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose additional
line to meet additional load growth and contingency.
3 220KV LINK LINE
(2011-12)
SOLAPUR 1) 220 KV D/C LINE FROM VITA (KHARSUNDI) -
PANDHARPUR -LAMBOTI- 160km
Since the existing 220kV Vita-Pandharpur-Lamboti S/c lines
are getting overloaded during noncoincident peak condition.
Hence it is suggested to add proposed line to meet
additional load growth and contingency. 4 132KV LINK LINES
(2011-12)
SOLAPUR 1) 132KV LINK LINE FROM 220KV SOUTH SOLAPUR TO
SOLAPUR MIDC - 30KMS
System strengthining
5 132KV LINK LINES
(2011-12)
SOLAPUR 1) 132KV CABLE FROM 220KV MAGARPATTA TO
RASTAPETH - 2X12KM
System strengthining
1 220KV LINK LINE
(2010-11)
PUNE 1) 220 KV BHOSARI - CHAKAN D/C LINE - 22 KMS WITH
BAYS
Linking to New 400 kV Chakan S/s
2 132KV LINK LINES
(2010-11)
SOLAPUR 1) 132KV CABLE FROM 220KV MAGARPATTA TO KHARADI
- 7.5KM
To have alternate source for Kharadi
3 220KV LINK LINE
(2011-12)
PUNE 1) 220KV SOLAPUR -KARKAMB D/C LINE - 100KM To cater additional load on the S/S
1 400 KV HINJEWADI S/S
(2010-11)
NEW SCHEMES
400 kV Hinjewadi S/s is considered to cater the upcoming
EHV load and for strengthening of Pune region.
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
400 KV RETWADI S/S
(KHED,RAJGURUNAGAR
)
(2014-15)
PUNE 400 kV Retwadi S/s is considered to cater the upcoming
SEZ load of 500MW of Pune region.
7
PUNE
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
System strengthining
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
VOLTAGE IMPROVEMENT & LOAD CATERING
3 220KV KONDHWA
(2010-11)
PUNE
4
2 220 KV YEWALEWADI
S/S (VSNL DIGHI)
(2010-11)
132KV NIMBONI
(2010-11)
SOLAPUR
PUNE
System strengthining
5 132KV KARMALA
(2010-11)
SOLAPUR System strengthining
6 220 KV Walchandnagar substation is proposed to reduce
overloading of 132 KV Walchandnagar- Indapur line and to
cater upcomming load in that area.
PUNE220 KV
WALCHANDNAGAR
(2011-12)
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SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132 kV KURULI
(2011-12)
Pune 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. To
avoid loss of supply in case of outages or interruptions on
transformer.
1 220 KV MALINAGAR
(2010-11)
SOLAPUR 1) 1X 100MVA, 220/132KV ICT WITH BAYS Existing transformer capacity available in S/s is, 220/132, 2
x 100 MVA and the load will reach 108 MVA. Considering
the maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid
load shedding.
2 220 KV JEUR S/S
(2010-11)
SOLAPUR 1) 1X100 MVA, 220/132 KV T/F WITH BAYS Existing transformer capacity available in S/s is, 220/132
kV, 2 X100 MVA and the load will be 100 MVA To avoid
loss of supply in case of outages or interruptions on any one
transformer addil. trans. is proposed.
1) Add 1x50 MVA 132/22 KV T/F with bay
2) 6 x 22 kV outlets
4 132 kV AKKALKOT
(2010-11)
Solapur 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X 50 & 1
X 25 MVA. And the load reached is 46 MVA Considerinh
thre maximum load reached on the transformer in the event
of interruptions/outage on any one of the transformer other
transformer should take care of existing load.
5 132 kV CHINCHOLI KATE
(2010-11)
Solapur 1)
2)
Add 1 X 25 MVA , 110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25 MVA
and load is 22 MVA. Considerinh thre maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
6 132 kV SOLAPUR MIDC
(2010-11)
Solapur 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 25 ,
1X50 MVA and load is 52 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
7 132 kV
WALCHANDNAGAR
(2010-11)
Pune 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25 MVA
and load is 20 MVA. Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
8 132 kV INDAPUR
( 2011-12)
Pune 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 25, 1 X
16 MVA and load is 19 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
1) Add 1x50 MVA 220/22 KV T/F with bay
2) 6 x 22 kV outlets
1) Add 1x50 MVA 132/22 KV T/F with bay
2) 6 x 22 kV outlets
11 132 kV BAWDA
(2012-13)
Pune 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25 MVA
and load is 18 MVA. Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
1 220KV RANJANGAON
S/S (2010-11)
PUNE 1) 1X(200-100) MVA, 220/132KV ICT WITH BAYS Existing transformer capacity available in S/s will be
220/132 - 2 x 100 MVA the maximum load reach will
be150MVA
replacement of existing transformer of 220/132 kV 1 x 100
MVA is being proposed during2010-1 to have sufficient
capacity during interuption and to cater the load.
2 220 KV MALINAGAR
(2010-11)
SOLAPUR 1) 1X(200-100) MVA, 220/132KV WITH BAYS Existing transformer capacity available in S/s is, 220/132, 1
x100 MVA and the load reach is 81 MVA Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid
load shedding.
3 220 KV SOLAPUR-II S/S
(2010-11)
SOLAPUR 1) 1X(200-150) MVA, 220/132KV WITH BAYS Existing transformer capacity available in S/s will be,
220/132,2 X 200,1 X 100 and the load will reach 392 MVA
Considering the maximum load reach on the transformer, in
event of interruption/outage on any one of the transformer
other transformer should take care of existing load so as to
avoid load shedding.
4 132 kV MUNDHAWA
(2010-11)
Pune 1)
2)
1 X ( 50-25) MVA, 132/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 3 x 25,
And the Load reach is 51 MVA. The T/F is replaced to meet
anticipated load growth
5 220KV KHADKI S/S
(2010-11)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
AUGMENTATION OF S/S BY REPLACEMENT OF ICT/T/F
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF ICT/T/F
9 220 kV RANJANGAON
(2011-12)
Pune
AUGMENTATION OF S/S BY ADDITION OF ICT/T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE T/F IS AVAILABLE
132 kV KHARADI
(2010-11)
Pune Existing transformer capacity available in S/s is 2 X 50
and the Load reach is 60 MVA.Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
10 132 kV CHAKAN-I *
(2012-13)
Pune Existing transformer capacity available in S/s is 2 X 50 and
the Load reach is 36 MVA.Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
Existing transformer capacity available in S/s is 2 X 50
MVA,Load reached is 39 MVAConsidering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
3
100
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
PUNE EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
6 220KV BHOSARI S/S
(2010-11)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
7 220KV PARVATI S/S
(2010-11)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
8 220KV CHINCHWAD S/S
(2010-11)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
9 132KV MARKAL
(2010-11)
PUNE 1) 1(50-25)MVA,132/33KV TF WITH BAYS To meet upcoming load of MSEDCL
10 220 KV MALINAGAR
(2011-12)
SOLAPUR 1) 1X(200-100) MVA, 220/132KV WITH BAYS Existing transformer capacity available in S/s is, 220/132,1
x100 MVA and the load reach is 98 MVA Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer other
transformer should take care of existing load so as to avoid
load shedding.
11 132 kV MUNDHAWA
(2011-12)
Pune 1)
2)
1 X ( 50-25) MVA, 132/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 3 x 25,
And the Load reach is 51 MVA.The T/F is replaced to meet
anticipated load growth
12 100 kV TALEGAON-I
(2011-12)
Pune 1)
2)
1 X ( 50-28) MVA, 132-100/22 kV T/F with bays
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 28, 1 x
25, 1 x 20 and the Load reach is 47 MVA. The T/F is
replaced to meet anticipated load growth
13 220KV KHADKI S/S
(2011-12)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
14 220KV BHOSARI S/S
(2011-12)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
15 220KV PARVATI S/S
(2011-12)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
16 220KV CHINCHWAD S/S
(2011-12)
PUNE 1) 1X(100-50)MVA, 220/22-22KV TF WITH BAYS To meet upcoming load of MSEDCL
17 220 kV BARSHI
( 2012-13)
Solapur 1)
2)
1 X (50-25) MVA, 220/33 kV T/F with bays.
4 X 33 kV outlets.
Existing transformer capacity available in s/s is 2 X 25 MVA
and the load reached is 40 MVA The transformer is
replaced to meet anticipated load growth.
18 220KV CHINCHWAD
( 2013-14)
PUNE 1) 1X(200-100) MVA ,220/132-100KV WITH BAYS Existing transformer capacity available in S/s is, 220/110,1
x 100 MVA and 1 X 150 MVA the max.load will reach 98
MVA. Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of
the transformer other transformer should take care of
existing load so as to avoid load shedding.
1 110KV PANDHARPUR
(2010-11)
PUNE 1)
2)
2X25MVA, 132-110/33KV T/F
33KV OUTLETS - 8 NOS
NEW VOLTAGE LEVEL INTRODUCED
2 220 kV BARSHI
( 2011-12)
PUNE 1) 1X100 MVA, 220/132 KV T/F WITH BAYS NEW VOLTAGE LEVEL INTRODUCED
3 220 kV BARSHI
( 2012-13)
PUNE 1) 1X100 MVA, 220/132 KV T/F WITH BAYS NEW VOLTAGE LEVEL INTRODUCED
* COMMISSIONED IN 2009-10 ** 1No. TF COMMISSIONED IN 2009-10
ICT PROPOSED TO INTRODUCE 132 LEVEL.
101
EHV CC O&M ZONE :
KARAD
102
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
1) 220KV MAISAL - JATH D/C LINE - 70 KMS WITH BAYS
2) 2X100MVA, 220/132KV ICTS WITH BAYS
3) 2X25MVA, 220/33KV T/FS WITH BAYS
4) 8X132KV BAYS
5) 8X33KV OUTLETS
6) D/C ON D/C FROM 132KV JATH TO 220KV JATH - 0.5 KM
7) STRINGING OF 2ND CIRCUIT FROM PROPOSED JATH
220KV S/STN TO 132KV SANKH S/STN - 40 KM
8) 132KV KAVATHE MAHNKAL-JATH DC LINE -35 KM
1) LILO ON 220KV KOLHAPUR -SAWANTWADI LINE -
10KMS WITH BAYS
2) IIND CKT STRINGING OF KOLHAPUR - SAWANTWADI
LINE - 40 KMS
3) 132 KV SCDC LINE TO 110 KV KOTHALI S/S- 35 KMS
4) 2 X 100 MVA 220/132 -110 KV ICT'S WITH BAYS
5) 2 X 25MVA, 220/33KV T/FS WITH BAYS
6) 8 X 33KV OUTLETS.
1) LILO ON 220KV KANDALGAON - LONAND AT 220KV
LONAND MIDC S/STN - 10KM
2) 220KV LINE FROM 400KV JEJURI TO LONAND MIDC DC -
30KM3) 2X100, 220/132KV ICT
4) 2X50 , 220/33KV TF
5) 132KV D/C INTERLINK TO 220 KV LONAND- 10KM
6) 132KV LINE BAYS - 4 NOS
7) 33KV BAYS - 12 NOS
1) 220KV LINE FROM LONAND MIDC D/C LINE- 30KM
2) LILO OF 220KV LINE FROM LONAND - BOTHE - 4.5KM
3) 132 KV D/C LINE TO PHALTAN S/S - 10KM
4) 2X100MVA , 220/132KV ICT
5) 2X50 MVA, 220/33KV
6) 33KV BAYS - 12 NOS
1) LILO OF 220KV KARAD - MIRAJ S/C AT KADEGAON -
2.5KM
2) LILO ON TWO CIRCUITS OF 220KV M/C LINE FROM
KARAD TO MIRAJ AT KADEGAON- 5 KMS
2) 2X100MVA , 220/132KV ICT
3) 2X50 MVA, 220/33KV
4) 132 KV SCDC LINE TO KIRLOSKARWADI S/S-20 KM
5) 33KV BAYS - 12 NOS
1 220KV LINK LINE
(2008-09)
KOLHAPUR 1) 220KV LILO ON 2ND CKT OF KOLHAPUR - PHONDA - 2
KM WITH BAYS FOR HALKARNI
220kV Phonda S/S is fed from 400kV Talandge S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
2 220KV LINK LINE*
(2008-09)
KOLHAPUR 1) 220KV LILO ON 2ND CKT OF KOLHAPUR - PHONDA -10
KM WITH BAYS FOR MUMEWADI
220kV Phonda S/S is fed from 400kV Talandge S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
3 220KV LINK LINE
(2008-09)
KOLHAPUR 1) 220KV LILO ON HALKARNI - PHONDA FOR TILLARI ON
IIND CKT - 26 KM WITH BAYS
220kV Phonda S/S is fed from 400kV Talandge S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
4 132 KV LINK LINE (2008-
09)
SATARA 1) 132KV SATARA (MIDC)- AUNDH SCDC -60 KM 132kV Aundh S/S is fed from 132kV Dahiwadi S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
5 132KV LINK LINE
(2008-09)
SATARA 1) 132KV SATARA ROAD - SATARA MIDC -D/C LINE-15 KM 110kv satara road s/stn is fed from 110kv satara MIDC
S/S with S/C line .Hence to provide uninterrupted supply
during planned outages it is necessary to add proposed
line.
6 110 KV LINK LINE
(2008-09)
SATARA 1) 110KV SCDC LINE FROM 220KV OGALEWADI S/S -
110KV MAYNI S/S - 40 KM
110kV Mayani S/S is fed from 220kV Ogalewadi S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
220KV PHALTAN (MIDC)
S/STN
(2009-10)
220KV MUDHALTITTA
(BIDRI) S/S
(2009-10)
Lonand MIDC-220kV S/S is considered to meet the load
growth in Karad Circle and load requirement of MIDC
SPILL OVER SCHEMES
To take care of industrial load growth.
SANGLI220KV KADEGAON S/S
(2009-10)
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
ADDITIONAL LINK LINES
Present recorded peak load on Jath-110kV,
Kavathemankal-110kV and Sankh-110kV S/S are 30MW,
30MW and 25MW respectively. It is anticipated by the
year 2009-10 that the load will reach to about 105MW.
Hence it is necessary to go in for new 220kV sub-station
at Jath. By the commissioning of this substation, voltage
profile of Karad Circle will improve .
Mudal Tal is considerd for reducing loading of Kolhapur-
220kV S/S & to meet upcoming load
1 220 KV JATH S/S
(2009-10)
SANGLI
KOLHAPUR2
220 kV Kadegaon s/s is considered to take care of
industrial growth & additional load requirement of MIDC.
SATARA
SATARA
5
4
3 220KV MIDC LONAND
S/STN (2009-10)
103
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
7 110KV LINK LINES
(2008-09)
KOLHAPUR 1) 110KV MIRAJ - JISINGPUR D/C LINE-16 KM 110kV Jaysingpur S/S is fed from 220kV Miraj S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
8 132 KV LINK LINE
(2009-10)
SANGLI 1) 132KV PETH - SHIRALA SCDC LINE - 26 KM 132kV Shirala S/S is fed from 132kV Peth S/s with S/c
line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
9 132 KV LINK LINE
(2009-10)
SINDHUDURG 1) 132kV KUDAL - KANKAVALI SCDC LINE - 30 KM To provide uninterrupted supply during planned outages it
is necessary to add proposed line
10 110 KV LINK LINE
(2009-10)
SANGLI 1) 110KV TASGAON S/S - 220KV MIRAJ S/S SCDC LINE - 23
KM
110kV Tasgaon S/S is fed from 220kV Miraj S/s with S/c
line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
11 110 KV LINK LINE
(2009-10)
KOLHAPUR 1) 220KV ICHALKARANJI S/S - 110KV KURUNDWAD S/S
SCDC LINE - 25 KM
110kV Kurundwad S/S is fed from 220kV Ichalkaranj S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add proposed
line
1 220KV LINK LINE
(2008-09)
KOLHAPUR 1) 220KV MIRAJ - ICHALKARANJI D/C LINE-30 KM Since the existing 220kV Ichalkaranji-Mudshingi S/c line
is critically loaded to an extent of 74 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
2 132 KV LINK LINE
(2008-09)
SATARA 1) 132KV PHALTAN - WALCHANDNAGAR SCDC LINE - 36
KM
Since the existing 132kV Phaltan-Walchandnagar S/c line
is critically loaded to an extent of 89 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
3 110 KV LINK LINE
(2008-09)
SANGLI 1) 110 KV DC LINE MIRAJ - KAVATHEMAHANKAL - 35 KM
WITH BAYS
Since the existing line is loaded to an extent of 71 MW
during Non-Coinsident peak condition. Hence it is
suggested to add proposed line to meet additional load
growth and contingency.
4 220kV LINK LINES
(2009-10)
KARAD 1) 220KV KARAD - GUDEPACHGANI (NIGADE) SCDC - 15KM To have the facility for wind evacuation at Gudepachgani
and nearby Karad S/s
5 220KV LINK LINE
(2009-10)
SATARA 1)
2)
220KV KARAD - KOYNA (POPHALI) D/C LINE - 40 KM
WITH BAYS
220KV GIS BAYS AT 400KV KARAD S/STN - 02 NOS
Since the existing 220kV Karad-Koyna S/c line is loaded
to an extent of 160 MW during Non-Coinsident peak
condition. It is anticipated the load will reach to about
critical value by the year 2011-12. Hence it is necessary
to propose additional line to meet additional load growth
and contingency.
6 110 KV LINK LINE
(2009-10)
SATARA 1) 110KV KARAD - TEMBU SCDC LINE - 20 KM Since the existing 110kV Karad-Tembhu S/c line is
loaded to an extent of 42 MW during Non-Coinsident
peak condition. It is anticipated the load will reach to
about critical value by the year 2011-12. Hence it is
necessary to propose additional line to meet additional
load growth and contingency.
7 110 KV LINK LINE
(2009-10)
KOLHAPUR 1) 110KV SHIROLI - KALE SCDC LINE - 25 KM Since the existing 110kV Shiroli-Bapat Camp S/c line is
critically loaded to an extent of 80 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
1) 1 X 25MVA , 220/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
1) 1 X 25MVA , 220/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
3) 3 CORE, 400SQMM, XLPE CABLE - 0.5 KM
1) 1 X 25MVA , 220/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
3) 3 CORE, 400SQMM, XLPE CABLE - 0.5 KM
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
220K KV NIVALIPHATA
S/S
(2008-09)
RATNAGIRI
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
220K KV FINOLEX S/S
(2008-09)
1 220K KV SAWANTWADI
S/S*
(2008-09)
SINDHUDURG
2
3 RATNAGIRI
104
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1 X 25MVA , 220/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
3) 3 CORE, 400SQMM, XLPE CABLE - 0.5 KM
1) 1 X 25 MVA, 220/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1 X 100MVA, 220/132KV ICT WITH BAY
2) 1 X 132KV BAY
1) ADDL. 1X25 MVA 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) ADDL. 1 X 50 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132-110/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) ADDL. 1 X 25 MVA, 132-110/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132-110/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132-110/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
15 400 kV NEW KOYNA
(2009-10)
Ratnagiri 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.
And the load reached is 14 MVA To avoid loss of supply
in case of outages or interruptions on transformer.
16 220 kV KARAD-I
(OGALEWADI)
(2009-10)
Satara 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.And
the load reached is 16 MVA. To avoid loss of supply in
case of outages or interruptions on transformer.
17 220 kV TALANDAGE
(5 STAR MIDC)
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.
And the load reached is 50 MVA. To avoid loss of supply
in case of outages or interruptions on transformer.
18 220 kV ONI
(2009-10)
Ratnagiri 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.
And the load reached is 8 MVA To avoid loss of supply in
case of outages or interruptions on transformer.
19 220KV PETH S/S
(2009-10)
SANGLI 1) 1 X 50 MVA.220/132 kV ICT WITH BAYS The existing Transformer capacity available is 220/132
kV 1X50MVA and the load reached is 32 MVA To avoid
loss of supply in case of outages or interruptions on any
one transformer other transformer should take care of
existing load so as to avoid load shedding.20 220KV SATARA MIDC S/S
(2009-10)
SATARA 1) 1 X 100 MVA, 220/132KV ICT WITH BAYS The existing Transformer capacity available is 220/132
kV 1X100MVA and the load reached is 65 MVA. To avoid
loss of supply in case of outages or interruptions on any
one transformer other transformer should take care of
21 132 kV DAHIWADI
(2009-10)
Satara 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.
And the load reached is 4 MVA. To avoid loss of supply
in case of outages or interruptions on transformer.
22 132 kV KALE-T
(2009-10)
Satara 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.
And the load reached is 16 MVA. To avoid loss of supply
in case of outages or interruptions on transformer.
12 132-110/33 KV KOTHALI
S/S
(2008-09)
KOLHAPUR
To avoid loss of supply in case of outages or interruptions
on any one transformer
Existing transformer capacity available in S/s is,
132-110/33 -1 x 25 -19
To avoid loss of supply in case of outages or interruptions
on any one transformerSANGLI
SANGLI110 KV BORGAON S/S
(2008-09)
132 KV SHIRVAL S/S
(2008-09)
SATARA
KOLHAPUR132 KV KURUNDWAD S/S
(2008-09)
SATARA
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
132 KV AUNDH S/S
(2008-09)
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
6
7
8
SANGLI
SANGLI132KV DIGHANCHI
(2008-09)
COMMISSIONED
Existing transformer capacity available in S/s is,
110/33 -1 x 25 -24
To avoid loss of supply in case of outages or interruptions
on any one transformer
To avoid loss of supply in case of outages or interruptions
on any one transformer
Existing transformer capacity available in S/s is,
132/22 -1 x 25 -16
132/33 -1 x 12.5 -6
To avoid loss of supply in case of outages or interruptions
on any one transformer
11
SATARA
110 KV SANKH S/S
(2008-09)
5
4 220K KV KHAREPATAN
S/S
(2008-09)
SINDHUDURG
10
220KV HALKARNI S/S *
(2008-09)
220KV PETH S/S
(2008-09)
132 KV WAI S/S
(2008-09)
KOLHAPUR
13
9
14
105
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
23 132 kV WAI
(2009-10)
Satara 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.
And the load reached is 23 MVA. To avoid loss of supply
in case of outages or interruptions on transformer.
24 132 kV KANKAVALI
(2009-10)
Sindhudurg 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 16 MVA.
And the load reached is 10 MVA To avoid loss of supply
in case of outages or interruptions on transformer.
1 400KV KARAD &
KOLHAPUR S/S
(2008-09)
SATARA
KOLHAPUR
1) ADDL. 1 X 500 MVA, 400/220KV ICT WITH BAYS AT EACH
S/S
Existing transformer capacity available in S/s is,
KARAD-
400/220 -3 x 315 - 592
Kolhapur-
400/220 -2 x 315 - 390
1) 1 X 25 MVA, 220/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1X200MVA, 220/132-110 KV ICT WITH BAYS
2) 2 X 132KV OUTLETS
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) ADDL. 1 X 50 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1 X 25MVA , 132-110/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
3) 3 CORE, 400SQMM, XLPE CABLE - 0.5 KM
1) ADDL. 1 X 25 MVA, 132-110/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
8 400KV N-KOYNA S/S
(2009-10)
RATNAGIRI 1) 1 X 500 MVA, 400/220KV ICT WITH BAYS Existing transformer capacity available in S/s
is,400/220kV, 2 x 315 MVA and the load reached is 473
MVA Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of
the transformer other transformer should take care of
existing load so as to avoid load shedding.
9 220KV KARAD S/S
(OGALEWDI)
(2009-10)
SATARA 1) ADDL. 1 X 100 MVA, 220/132-110 KV ICT WITH BAYS Existing transformer capacity available in S/s is,220/110
kV, 1 x 100 MVA, 1X75 MVA &1X50 MVA - load reach is-
134 MVA Considering the maximum load reach on the
transformer, in event of interruption/outage on any one of
the transformer other transformer should take care of
existing load so as to avoid load shedding.
10 220 kV LOTE
PARSHURAM (2009-
10)
Ratnagiri 1)
2)
Add 1 x 25 MVA, 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 40 MVA Considering the
maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load
11 220 kV DASTURI
(2009-10)
Ratnagiri 1)
2)
Add 1 x 25 MVA, 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 27 MVA The transformer is
replaced to meet anticipated load growth..
12 220 kV KOLHAPUR-II
(MUDSHINGI)
(2009-10)
Kolhapur 1)
2)
Add 1 X 50 MVA , 220/33 kV T/F with bays.
8 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 50 &
1 X 25 MVA and load is 45 MVA.Considering the
maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
7
2
220 KV ICHALKARANJI*
(2008-09)
3
132 KV SATARA MIDC
S/S
(2008-09)
4 SATARA
5 SATARA
132 KV KANKAVLI S/S
(2008-09)
SINDHUDURG
KOLHAPUR Existing transformer capacity available in S/s is,
132/33 -1 x 25 -18
132/33 -2 x 16 -25
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
Existing transformer capacity available in S/s is,
132/22 -2 x 25 -34
132/33 -1 x 25 -21
To avoid loss of supply in case of outages or interruptions
on any one transformer
110KV SHIROLI S/S*
(2008-09)
Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 27 MVA load
132/33 - 1 x 16 - 6 MVA load
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
Newly introduced 220/132-110 Level
Existing transformer capacity available in S/s is,
132/33 -2 x 25 -49.8
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
220 KV MUMEWADI S/S
(2008-09)
KOLHAPUR
KOLHAPUR
Existing transformer capacity available in S/s is,
220/33 -2 x 25 -36
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
132 KV PHALTAN S/S
(2008-09)
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
6
106
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
13 220 kV ICHALKARNJI-II
(TILWANI)
(2009-10)
Kolhapur 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 50
MVA and load is 71 MVA. Considerin the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load
14 220 kV MALHARPETH
(2009-10)
Satara 1)
2)
Add 1 X 50 MVA ,220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 50
MVA and load is 51 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
15 220 kV MUMEWADI
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 36 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
16 220 kV PETH
(2009-10)
Sangli 1)
2)
Add 1 X 25 MVA , 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 30 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other 17 132 kV SAVLAJ
(2009-10)
Sangli 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X 25
MVA. And the load reached is 12 MVA The transformer is
replaced to meet anticipated load growth..
18 110 kV RATNAGIRI
(2009-10)
Ratnagiri 1)
2)
Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 35 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load
19 110 kV ASHTA
(2009-10)
Sangli 1)
2)
Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 36 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load
20 110 kV GOKUL
SHIRGAON
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 50
MVA and load is 47 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
21 110 kV KALE KOLHAPUR
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 27.75 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
22 110 kV KOLHAPUR-I
(BAPAT CAMP)
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 38 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
23 110 kV PUIKHADI
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 32 MVA. Considering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
24 110 kV VISHRAMBAUG
(2009-10)
Sangli 1)
2)
Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X 25 &
1 X 20 MVA and load is 29 MVA. Considering the
maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
25 110 kV JAYSINGPUR
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 3 X 25
MVA. And the load reached is 47 MVA Considering the
maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
26 110kV WATHAR-I
(2009-10)
Kolhapur 1)
2)
Add 1 X 25 MVA, 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 34 MVA. CConsidering the maximum
load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
107
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220 KV VITA S/S
(2008-09)
SANGLI 1) 1 X ( 50 - 25) MVA, 220/33 KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
220/33 -1 x 50 -38
220/33 -1 x 25 -12.22
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
2 220 KV MIRAJ S/S
(2008-09)
SANGLI 1) 1 X ( 50-25) MVA, 220/33 KV T/F WITH BAYS Existing transformer capacity available in S/s is,
220/33 -1 x 50 -35
220/33 -1 x 25 -21
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
1) (50 -25)MVA, 220/33KV T/F
2) (25-10)MVA, 110/33KV T/F
1) 1 X ( 200-100) MVA, 220/132-110 KV ICTS WITH BAYS
2) 132 KV BAYS - 1NOS.
3) 33 KV OUTLETS - 4 NOS.
5 110KV MAYANI S/S
(2008-09)
SATARA 1) (12.5-7.5) MVA 132/110-22KV T/F WITH BAYS Existing transformer capacity available in S/s is,
110/22 -3 x 7.5 -18
110/33 -1 x 25 -15
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
6 110 KV ASHTA *
(2008-09)
SANGLI 1) 2(25-16/12.5) MVA, 110/33 KV T/F Existing transformer capacity available in S/s is,
110/33 -1 x 16 -12
110/33 -1 x 12.5 -9.5
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
7 110 KV KAVATHE
MAHANKAL S/S
(2008-09)
SANGLI 1) REP. 1 X ( 25-16) MVA, 110/33 KV T/F WITH BAYS Existing transformer capacity available in S/s is,
110/33 -1 x 25 -18
110/33 -1 x 16 -14
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
1) REP. 2 X ( 50 -20/25) MVA, 132-110/33 KV T/FS WITH
BAYS
2) 33 KV OUTLETS - 8 NOS.
1) REP. 2 X ( 25-10) MVA, 132-110/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) REP. 2 X ( 25-12.5) MVA, 132-110/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) REP. 2 X ( 25-12.5) MVA, 132-110/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
8
10
SANGLI
9 110KV JATH S/S**
(2008-09)
SANGLI
4 220KV MIRAJ S/S
(2008-09)
SANGLI Existing transformer capacity available in S/s is,
220/132 - 3 x 100 - 252
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
SANGLI
Existing transformer capacity available in S/s is,
110/33 -1 x 16 -13
110/33 -1 x 12.5 -10
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
Existing transformer capacity available in S/s is,
110/33 -1 x 10 -9
110/33 -1 x 12.5 -7.4
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
Existing transformer capacity available in S/s is,
110/33 -1 x 20 -15.55
110/33 -1 x 25 -16.66
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
Existing transformer capacity available in S/s is,
110/33 -2 x 10 -19
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
SANGLI
SATARA
110 KV VISHRAMBAG
S/S**
(2008-09)
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
Existing transformer capacity available in S/s is,
220/33 - 1 x 25 - 24
110/33 - 1 x 10 - 9
Additional transformer of 220/33 kV
25 MVA is being added during the year 2007-08 to have
redundancy during outage/interuption to cater the load.
So to take care of anticipated load growth replcement is
required.
3 220KV OGALEWADI S/S
(2008-09)
110KV KIRLOSKARWADI
S/S**
(2008-09)
110KV TASGAON S/S**
(2008-09)
11
108
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) REP.1 X ( 50-25) MVA, 132-110/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) REP. 1 X ( 25-10) MVA, 132-110/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 2 NOS.
1) REP.1 X ( 25-10) MVA, 132-110/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1X(25-12.5)MVA, 132-110/33KV T/F WITH BAYS
2) 1X(25-10)MVA, 132-110/33KV T/F WITH BAYS
3) 33KV OUTLETS - 4 NOS
2) 33 KV OUTLETS - 2 NOS.
16 220KV MIRAJ S/S
(2009-10)
SANGLI 1) 1 X ( 200-100) MVA, 220/132-110 KV ICTS WITH BAYS Existing transformer capacity available in S/s
is,220/110kV 3 x 100MVA and the load reached is 258
MVA.The transformer is replaced to meet the anticipated
load growth.
17 220 KV LONAND *S/S
(2009-10)
SATARA 1) 1 X (200- 63) MVA, 220/132 KV ICT WITH BAYS Existing transformer capacity available in S/s
is,220/132kV ,2 X 63+1 x 115 MVA and the load reached
is 249 MVA.The transformer is replaced to meet the
anticipated load growth.
18 220 KV KOLHAPUR-II
(MUDSHINGI) S/S
(2009-10)
KOLHAPUR 1) 1 X ( 200 - 100) MVA, 220/132-110 KV ICT WITH BAYS Existing transformer capacity available in S/s
is,220/110kV ,3 X 100 MVA and the load reached is 300
MVA.The transformer is replaced to meet the anticipated
load growth.
19 220 KV KARAD S/S
(2009-10)
SATARA 1 1 X (100-75) MVA,220/132-110 KV ICT WITH BAYS Existing transformer capacity available in S/s
is,220/110kV,1 x 100 MVA,1X75MVA &1X50MVA - load
reach is- 134 MVA Considering the maximum load reach
on the transformer, in event of interruption/outage on any
one of the transformer other transformer should take care
of existing load so as to avoid load shedding.
20 220 KV KARAD S/S
(2009-10)
SATARA 1 1 X (100-50) MVA,220/132-110 KV ICT WITH BAYS Existing transformer capacity available in S/s
is,220/110kV,1 x 100 MVA,1X75MVA &1X50MVA - load
reach is- 134 MVA Considering the maximum load reach
on the transformer, in event of interruption/outage on any
one of the transformer other transformer should take care
of existing load so as to avoid load shedding.
21 220 kV KARAD-I
(OGALEWADI)
(2009-10)
Satara 1)
2)
1 X(50- 25) MVA , 132/33-22 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.And
the load reached is 16 MVA. To avoid loss of supply in
case of outages or interruptions on transformer.
22 220KV PETH S/S
(2009-10)
SANGLI 1) 1 x(100-50 )MVA.220/132 kV ICT WITH BAYS The existing Transformer capacity available is 220/132
kV 1X50MVA and the load reached is 32 MVA To avoid
loss of supply in case of outages or interruptions on any
one transformer other transformer should take care of
existing load so as to avoid load shedding.
23 132 kV WAI
(2009-10)
Satara 1)
2)
1 X(50- 25) MVA , 132/33-22 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity available is 1 X 25 MVA.
And the load reached is 23 MVA. To avoid loss of supply
in case of outages or interruptions on transformer.
24 132 kV DIGHANCHI
(2009-10)
Sangli 1)
2)
1 X (25-12.5) MVA, 132-110/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. To
avoid loss of supply in case of outages or interruptions on
transformer.
25 132 kV
KAVATHEMAHAKAL
(2009-10)
Sangli 1)
2)
1 X (50-25) MVA MVA, 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 32 MVA The transformer is
replaced to meet anticipated load growth.
26 132 kV DIGHANCHI
(2009-10)
Sangli 1)
2)
1 X (25-12.5) MVA , 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing Transformer capacity avaible is 1 X 12.5 MVA.
To avoid loss of supply in case of outages or interruptions
on transformer.27 132 kV PHALTAN *
(2009-10)
Satara 1)
2)
1 X (50-25) MVA,132/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x
25,132/22 kV and load reach is 26 MVA. The T/F is
replaced to meet anticipated load growth
KOLHAPUR110KV RADHANAGARI*
S/S
(2008-09)
14
KOLHAPUR Existing transformer capacity available in S/s is,
110/33 -1 x 25 -22.2
110/33 -1 x 10 -9
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
Existing transformer capacity available in S/s is,
110/33 - 2 x 10 - 18.14
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
KOLHAPUR
110KV KALE S/S *
(2008-09)
15
110KV GOKULSHIRGAON
S/S
(2008-09)
13
12
110KV CHABUKHEDI
S/STN
(2008-09)
Existing transformer capacity available in S/s is,
110/33 -1 x 50 -27
110/33 -1 x 25 -20
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
KOLHAPUR Existing transformer capacity available in S/STN
110/33 - 1 x 12.5MVA & 110/33KV, 10 MVA- 22MVA
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
109
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
28 132 kV DAHIWADI
(2009-10)
Satara 1)
2)
1 X (25-12.5) MVA,132/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 1 x 25,
1 X 12.5 ,132/22 kV and load reach is 14 MVA. The T/F
is replaced to meet anticipated load growth
29 110 kV RADHANAGARI *
(2009-10)
Sangli 1)
2)
1 X (25-10) MVA MVA, 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing transformer capacity available in s/s is 1 X 10 &
1 X 25 MVA. And the load reached is 13 MVA The
transformer is replaced to meet anticipated load growth.
30 110 kV MAYNI
(2009-10)
Satara 1)
2)
1 X (25-7.5) MVA , 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing transformer capacity available in s/s is 1 X 25 &
1X 7.5 MVA. And the load reached is 19 MVA The
transformer is replaced to meet anticipated load growth
31 110 kV MAYNI
(2009-10)
Satara 1)
2)
1 X (25-7.5) MVA,110/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is,
15 MVA. And the Load reach is 7 MVA. The T/F is
replaced to meet anticipated load growth
32 110 kV ICHALKARANGI-I
(2009-10)
Sangli 1)
2)
1 X (50-20) MVA MVA, 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing transformer capacity available in s/s is 1 X 10 &
1 X 20 , 1 X 25 MVA. And the load reached is 31 MVA
The transformer is replaced to meet anticipated load
growth
1) 2 X500MVA 400/220 KV ICT'S WITH BAYS
1 X 167 MVA , 400/220 KV 1 PHASE ICT SPARE
2) LILO ON BOTH CIRCUITS OF 400 KV NEW KOYNA -
KARAD-I AT KARAD - II WITH BAYS -5KM
3) 220 KV D/C LINE TO 220 KV MALHARPETH S/S - 10KM
4) 220KV D/C TO 220KV KADEGAON - 40KM
1) 400/220 KV , 2X 500 MVA ICT'S WITH BAYS
400/220 KV , 1 X 167 MVA 1 PHASE ICT SPARE 2) LILO OB BOTH CIRCUITS OF 400KV KOYNA - LONIKAND /
JEJURI AT KESURDI - 15 KM
3) 400 KV D/CLINE FROM 400 KV KARAD II (MALHARPETH)
TO KESURDI S/S 60 KM
4) 400 KV KESURDI - LONIKAND - II D/C LINE - 55KM
5) 220 KV LINE FROM 400KV KESURDI - 220 KV LONAND
MIDC D/C LINE - 30 KM WITH BAYS 6) 220KV LINE BETWEEN KESURDI - 400KV JEJURI D/C
LINE - 40 KM1) 220KV D/C LINE FROM FIVE STAR MIDC KAGAL - 220KV
HAMIDWADA(KAGAL) WITH BAYS - 35 KMS2) 2 X 50MVA, 220/33KV T/FS WITH BAYS
3) 12 X 33 KV OUTLETS
1) LILO OF 110KV OGALEWADI - PANDHARPUR LINE - 15
KM2) 2X25MVA, 132-110/33KV T/FS WITH BAYS
3) 33KV OUTLETS - 8NOS.
1) 2X100 MVA , 220/132KV ICT'S
2) 2 X 25 MVA, 220/33KV T/FS WITH BAYS
3) 220KV D/C LINE FROM GHTNANDRE - KHARSUNDI - 30
KMS4) 132KV SCDC LINE FROM 220KV KHARSUNDI - MAYANI -
23KMS5) 132KV SCDC LINE FROM 220KV KHARSUNDI -
DIGHANCHI - 25KMS6) 132KV SCDC LINE FROM 220KV KHARSUNDI - SAWALAJ -
28KMS7) 8 X 33 KV OUTLETS
1) 220KV MIRAJ - SANGLI D/C LINE WITH BAYS - 12 KMS
2) LILO ON 220KV MIRAJ - TILWANI LINE -35KM
3) 2 X 100 MVA 220/132 -110 KV ICT'S WITH BAYS
4) 132 KV VISHRAMBAG SCDC LINE -10 KMS
5) 132 KV ASHTA SCDC LINE -15 KMS
6) 2 X 50 MVA, 220/33KV T/FS WITH BAYS
7) 12X 33 KV OUTLETS
1) FROM 220KV TALANDGE S/S D/C LINE- 20KM
2) 2X50MVA , 132/33KV TF
3) 33KV OUTLET - 08 NOS.
1) LILO OF ONE CKT OF 400KV SOUTH SOLAPUR (PG) -
KOLHAPUR AT 400 KV ALKUD - 15KM
2) 400KV D/C LINE FROM KARAD -II - ALKUD - 100KM
3) LILO OF 0NE CKT OF 220KV VITA MHAISHAL LINE -18KM
4) LILO OF ONE CKT OF 220KV MHAISHAL - JATH LINE -
23KM5) 220KV D/C FROM 400KV ALKUD - KHARSUNDI LINE -
40KM
6) 2X500MVA 400/220KV ICT
7) 1X167 MVA , 400/220KV SPARE ICT
4 132KV MHASWAD
(2010-11)
SATARA
400 KV KESURDI S/S
(2010-11)
132 KV SHIRADWAD S/S
(2011-12)
Present recorded peak on Vishrambag is 70MW . It is
anticipated by the year 2011-12, the load will reach about
106MW. Hence it is necessary to go in for new 220kV
sub-station at Sangli.
SANGLI
8 SANGLI Strengthining of existing network.400KV ALKUD
(SANGLI)
(2012-13)
6
5
220 KV SANGLI S/S
(2011-12)
2
220 KV KHARSUNDI S/S
(2011-12)
3 220 KV HAMIDWADA
(KAGAL) S/S
(2010-11)
SATARA
SATARA
7
1 400 KV KARAD-II S/S
(MALHAR PETH)
(2010-11)
NEW SCHEMES
System Strengthining & Voltage improvement.
Kesurdi 400kV S/S is proposed for strenghtning for
evacuation of power, upcoming load and to improve
voltage profile of the area.
Kagal-220kV S/S is considered to meet the load growth
in Karad Circle and load requirement of MIDC area.
To meet the upcoming load.
Kharsundi 220kV S/S is considered for upcoming load
requirement in karad area
SANGLI
KOLHAPUR
kOLHAPUR
To improve voltage profile of the area and to meet the
upcoming load.
110
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220 KV LINK LINE
(2010-11)
KOLHAPUR 1) 220KV KOLHAPUR - SAWANTWADI (STRINGING ONLY) -
122 KM
220kV Sawantwadi S/S is fed from 220kV Talandge S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add proposed
line2 220 KV LINK LINE
(2010-11)
SATARA 1) LILO ON 2ND CIRCUIT OF 220KV PEDAMBE -
KANDALGAON AT LOTE PARSHURAM -30KM
For redundancy.
3 220 KV LINK LINE
(2010-11)
SATARA 1) LILO ON 2ND CIRCUIT OF 220KV PEDAMBE -
KANDALGAON AT DASTURI - 29KM
For redundancy.
4 132 KV LINK LINE
(2010-11)
KOLHAPUR 1) 132KV D/C LINE FROM 220KV OGALEWADI - 132KV
KALE(T) -15 KM
For redundancy.
5 220KV LINK LINE
(2011-12)
SATARA 1) 220KV LONAND - VANKUSWADI SCDC LINE - 85 KM
WITH BAYS
To have the facility for wind evacuation at Vankuswadi
and nearby Lonand S/s
6 132KV LINK LINES
(2011-12)
SATARA 1) 132KV LONAND-SHIRWAL D/C LINE WITH BAYS -25KM To provide uninterrupted supply during planned outages it
is necessary to add proposed line
7 132KV LINK LINES
(2011-12)
SATARA 1) 132KV SCDC LINE FROM 220KV TILAWANI - 110KV
JAYSINGPUR - 18KM
For redundancy.
8 132KV LINK LINES
(2011-12)
SATARA 1) 132KV SCDC LINE FROM 220KV LONAND - 132KV
SATARA ROAD -35 KM
For redundancy.
9 132KV LINK LINES
(2011-12)
KOLHAPUR 1) 132KV D/C LINE FROM 132KV KALE(T) - 220KV WATHAR -
35 KM
For redundancy.
10 132KV LINK LINES
(2011-12)
SATARA 1) 132KV D/C LINE FROM 132KV DAHIWADI - 132KV
PHALTAN 40 KM
For redundancy.
11 132KV LINK LINES
(2011-12)
SATARA 1) 132KV D/C LINE FROM 220KV KOLHAPUR - 110KV
PUIKHADI -8 KM
For redundancy.
12 132KV LINK LINES
(2011-12)
SATARA 1) 132KV SCDC LINE FROM 132KV KALE(T) - WARNA 20KM For redundancy.
13 132KV LINK LINES
(2011-12)
SATARA 1) 2ND CIRCUIT STRINGING FROM 132KV SCDC LINE
FROM LONAND - PHALTAN 55 KM
For redundancy.
14 132KV LINK LINES
(2011-12)
SATARA 1) 2ND CIRCUIT STRINGING FROM 132KV SCDC LINE
FROM 220KV TILAWANI - KURUNDWAD 25 KM
For redundancy.
15 132KV LINK LINES
(2011-12)
SATARA 1) 2ND CIRCUIT STRINGING FROM 132KV SCDC LINE
FROM 132KV AUNDH - DAHIWADI 30KM
For redundancy.
16 220KV LINK LINE
(2012-13)
RATNAGIRI 1) 220 KV NIVALIPHATA TAP ON NEW-KOYNA -FINOLEX -
42 KM
Nivaliphata S/s is presently tapped on New Koyna-
Phinolex line. Hence to provide uninterrupted supply
during planned outages it is necessary to add proposed
line
17 132KV LINK LINE
(2012-13)
SATARA 1) 132 KV WAI-LONAND SECOND CKT STRINGING - 41.86
KM
132kV Wai S/S is fed from 220kV Lonand S/s with S/c
line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
1 132KV LINK LINE
(2010-11)
KOLHAPUR 1) UPGRADATION OF EXISTING 110KV MUDSHINGI TO
BAPAT CAMP LINE TO 132KV LINE USING SAME ROW.
System strengthining & redundancy.
2 110 KV LINK LINE
(2010-11)
KOLHAPUR 1) LILO ON 110KV CHAMBUKHADI - KALE LINE FOR
BAMBVADE -25 KM
System strengthining & redundancy.
3 220KV LINK LINE
(2011-12)
SATARA 1) 220KV KESURDI TO VANKUSWADI SCDC LINE - 85 KM
WITH BAYS
To have the facility for wind evacuation at Vankuswadi
and nearby Lonand S/s
4 132KV LINK LINE
(2011-12)
KOLHAPUR 1) UPGRADATION OF EXISTING 110KV SCDC LINE FROM
220KV MUDSHINGI - KOTHALI -RADHANAGARI -
KANKAVALI LINE TO 132KV LINE USING SAME ROW.
System strengthining & redundancy.
5 132KV LINK LINE
(2011-12)
KOLHAPUR 1) UPGRADATION OF EXISTING 110KV SC LINE FROM
220KV PEDAMBE - ARAVALI -NIWALI - RATNAGIRI LINE
TO 132KV D/C LINE USING SAME ROW.
System strengthining & redundancy.
6 132KV LINK LINE
(2011-12)
KOLHAPUR 1) UPGRADATION OF EXISTING 110KV SC LINE FROM
220KV MUDSHINGI TO ICHALKARANJI LINE TO 132KV
LINE USING SAME ROW.
System strengthining & redundancy.
7 220KV LINK LINE
(2013-14)
KOLHAPUR 1) CONVERSION OF EXISTING S/C 220KV KARAD TO
PEDAMBE LINE TO PARTLY M/C (UP TO
KOYANANAGAR) AND D/C LINE FROM KOYANANAGR TO
POPHALI AND KOYANANAGAR TO PEDAMBE.
System strengthining & redundancy.
1 110 KV LINK LINE
(2010-11)
KOLHAPUR 1) 220KV KAGAL S/S (5 STAR MIDC.) - 110KV
GOKULSHIRGAON SCDC LINE - 15 KM
Linking to New 220 kV Kagal S/s
2 132 KV LINK LINE
(2012-13)
SANGLI 1) 132KV KAVATHEMAHAKAL - SAVALAJ SCDC LINE - 25KM To have alternate source for Kavathemahakal.
1 220KV LINK LINE
(2011-12)
KARAD 1) 220KV KDPH - VANKUSWADI SCDC LINE -32KM To have evacuation facility af 2x40mw generation at
KDPH
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
STRENGTHENING FOR EVACUATION ARRANGEMENT
111
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132 kV KANKAVALI
(2011-12)
Sindhudurg 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 16 MVA.
And the load reached is 10 MVA To avoid loss of supply
in case of outages or interruptions on transformer.
2 132 kV WAI
(2011-12)
Satara 1)
2)
1 X 25 MVA ,220/33 kV T/F with bays.
2 X 33 kV out lets.
Existing Transformer capacity avaible is 1 X 25 MVA. To
avoid loss of supply in case of outages or interruptions on
transformer.
1) Add 1 x 25 MVA, 132/22 KV T/F with bays.
2) 4 x 22 kV outlets
1) Add 1 x 25 MVA, 132-110/22 KV T/F with bays.
2) 4 x 22 kV outlets
1) 1 x 25 MVA, 132-110/33 KV T/F with bays.
2) 4 x 33 kV outlets
3 110 kV SATARA MIDC
(2011-12)
Satara 1)
2)
Add 1 X 25 MVA , 132-110/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 46 MVA Considering the
maximum load reached on the transformer in the event of
interruptions/outage on any one of the transformer other
transformer should take care of existing load.
1) Add 1 x 25 MVA, 132/22 KV T/F with bays.
2) 4 x 22 kV outlets
1) 2X25MVA, 220/33KV T/FS WITH BAYS
2) 33KV OUTLETS - 6NOS
1 220KV MIRAJ S/S
(2010-11)
SANGLI 1) 1 X ( 200-100) MVA, 220/132-110 KV ICTS WITH BAYS Existing transformer capacity available in S/s
is,220/110kV 3 x 100MVA and the load reached is 258
MVA.The transformer is replaced to meet the anticipated
load growth.
2 220 KV KOLHAPUR-II
(MUDSHINGI) S/S
(2010-11)
KOLHAPUR 1) 1X ( 200-100) MVA, 220/132-110 KV ICTS WITH BAYS Existing transformer capacity available in S/s
is,220/110kV ,1 X 100 MVA and the load reached is 328
MVA.The transformer is replaced to meet the anticipated
load growth.
3 220KV TILAWANI
(2010-11)
kOLHAPUR 1) 1X(100-50)MVA, 220/33-33KV T/F WITH BAYS To cater upcoming load of MSEDCL
4 220KV PETH
(2010-11)
Sangli 1) 1X(50-25)MVA, 220/33KV To cater upcoming load of MSEDCL
5 110 kV ICHALKARANJI-I
(2010-11)
KOLHAPUR 1)
2)
1 X (50-25) MVA MVA, 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing transformer capacity available in s/s is 1 X 10 &
1 X 20 , 1 X 25 MVA. And the load reached is 31 MVA
The transformer is replaced to meet anticipated load
growth.
6 110 kV
KAVATHEMAHAKAL
(2010-11)
Sangli 1)
2)
1 X (50-25) MVA MVA, 132-110/33 kV T/F with bays.
2 X 33 kV outlets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 32 MVA The transformer is
replaced to meet anticipated load growth.
7 110 kV MAYNI
(2010-11)
Satara 1)
2)
1 X (25-7.5) MVA,132-110/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is,
15 MVA and the Load reach is 7 MVA. The T/F is
replaced to meet anticipated load growth
8 220KV TILAWANI
(2011-12)
1) 1X(100-50)MVA, 220/33-33KV T/F WITH BAYS To cater upcoming load of MSEDCL
9 220 KV KOLHAPUR-II
(MUDSHINGI) S/S
(2011-12)
KOLHAPUR 1) 1 X ( 200 - 100) MVA, 220/132-110 KV ICT WITH BAYS Existing transformer capacity available in S/s is,
220/110kV, 2 X 200 MVA & 1 x 100 MVA and the load
reached is 353 MVA.The transformer is replaced to meet
the anticipated load growth.
10 220 kV LOTE
PARSHURAM
(2011-12)
Ratnagiri 1)
2)
1 X (50-25) , 220/33 kV T/F with bays.
4 X 33 kV out ets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 40 MVA The transformer is
replaced to meet anticipated load growth.
11 220KV KHAREPATAN
S/S
(2011-12)
SINDHUDURG 1) 1X (100-50) MVA 220/132KV ICT WITH BAYS Existing transformer capacity available in S/s is
220/132kV, 1 x 50MVAand the load reached is 30 MVA
Considering the maximum load reach on the transformer,
in event of interruption/outage on any one of the
transformer other transformer should take care of existing
load so as to avoid load shedding.
132 kV SHIRVAL
(2013-14)
Existing transformer capacity available in S/s is 1 x 25,
132/22 kV and load reach is 14 MVA. To avoid the loss of
supply in case of outages or interruptions of transformers
110KV ARAVALI S/S
(2010-11)
RATNAGIRI For redundancy.2
3 Satara
AUGMENTATION OF S/S BY ADDITION OF ICT/T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE ICT/T/F IS AVAILABLE
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF ICT/T/F
1 132-110 kV SATARA
ROAD
(2010-11)
AUGMENTATION OF S/S BY REPLACEMENT OF TRANSFORMER
4
Satara Existing transformer capacity available in S/s is
2 x 20, 132-110/22 kV and load reach is 19 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on any
one of the transformer other transformer should take care
of existing load
220KV MHAISHAL
(2010-11)
1 SANGLI To reduce loading of 220kv Miraj & 110kV Vishrambag
S/Stn.
INTRODUCTION OF 33KV LEVEL
132 kV LONAND
(2011-12)
Satara Existing transformer capacity available in S/s is 2 x 25,
132/22 kV and load reach is 23 MVA. The T/F is replaced
to meet anticipated load growth
112
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR
NO.
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
KARAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
12 400KV N-KOYNA S/S
(2012-13)
RATNAGIRI 1)
2)
1 X (500-315) MVA, 400/220KV ICT WITH BAYS
220KV BAYS - 02 NOS.
Existing Transformer capacity available is 2 X 315 MVA
and load reached is 473 MVA, Considering the maximum
load reach on the transformer, in event of
intruption/outage on any one of the transformer other
transformer should take care of existing load so as to
avoid load shedding.
13 220 kV MUDSHINGI
(KOLHAPUR-II)
(2012-13)
Kolhapur 1)
2)
2 X (50-25) MVA , 220/33 kV T/F with bays.
4X 33 kV outlets.
Existing transformer capacity available in s/s is 2 X 10
MVA. And the load reached is 12 MVA The transformer is
replaced to meet anticipated load growth.
14 220 kV LOTE
PARSHURAM
(2013-14)
Ratnagiri 1)
2)
1X (50-25) , 220/33 kV T/F with bays.
4 X 33 kV outlets.
Existing transformer capacity available in s/s is 2 X 25
MVA. And the load reached is 40 MVA The transformer is
replaced to meet anticipated load growth.
15 132 kV PHALTAN
(2013-14)
Satara 1)
2)
1 X (50-25) MVA,132/22 kV T/F with bays.
4 X 22 kV outlets.
Existing transformer capacity available in S/s is 2 x 25,
132/22 kV and load reach is 26 MVA. The T/F is replaced
to meet anticipated load growth
16 132 kV WAI
(2014-15)
Satara 1)
2)
1 X(50- 25) MVA ,132/33-22 kV T/F with bays.
2 X 33 kV out lets.
Existing Transformer capacity avaible is 1 X 25 MVA. To
avoid loss of supply in case of outages or interruptions on
transformer.
1 220 KV SAWANTWADI
S/S
(2011-12)
SINDHUDURG 1) 2 X 100 MVA , 220/132 KV ICT WITH BAYS To introduce 132 kV Level to feed the nearby area.
2 220KV PEDAMBE S/S
(2011-12)
Satara 1) 1 X 100 MVA , 220/132-110 KV ICT WITH BAYS To introduce 132 kV Level to feed the nearby area.
3 220KV PEDAMBE S/S
(2012-13)
Satara 1) 1 X 100 MVA , 220/132-110 KV ICT WITH BAYS To introduce 132 kV Level to feed the nearby area.
* COMMISSIONED IN 2009-10 ** 1No. TF COMMISSIONED IN 2009-10
ICT PROPOSED TO INTRODUCE 132 LEVEL.
113
EHV CC O&M ZONE :
NASIK
114
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
1) 2X100MVA, 220/132KV ICTS WITH BAYS
2) 220KV NASIK (EKLAHARE )- PIMPALGAON D/C
LINE - 43.72 KM
3) 132KV OUTLETS - 4NOS.
4) 132KV D/C LINE TO RANVAD S/S-17 KMS
5) 132KV D/C LINE TO DINDORI S/S-17 KMS
1) LILO ON 220 KV BHUSAWAL - AMALNER
CKT. I AT 220 KV BHAMBORI - 3 KMS.
2) 2X100MVA, 220/132KV ICT WITH BAYS
3) 2X25MVA, 220/33KV T/F WITH BAY
4) 132KV SCDC LINE FROM 220KV PROPOSED
BHAMBORI TO DHARANGAON S/STN - 28 KM
5) 132KV DC ON MC FROM 220KV PROPOSED
BHAMBORI TO 132KV JALGAON MIDC - 8 KM
7) 33KV OUTLETS - 8 NOS.
1) 2 X 200MVA, 220/132KV ICTS WITH BAYS
2) 2 X 50 MVA, 220/33 KV T/FS WITH BAYS
3) LILO OF 220 KV BABHALESHWAR-CHALISGAON
S/C AT KOPARGAON-10 KM
4) 220 KV BABHALESHWAR-KOPARGAON D/C-20
KM
5) 132 KV D/C LINE TO 132 KV KOPARGAON -10
KM
6) 132 KV SCDC LINE TO YEOLAS/S -25 KM
7) 12 X 33 KV OUTLETS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV D/C LINE SUPA - VADJIRE - 25 KM
3) 8 X 33 KV OUTLETS
1) LILO ON 220KV BABHALESHWAR - NASIK D/C
LINE - 10 KMS
2) 2X100MVA, 220/132KV ICT WITH BAYS
3) 2X50MVA, 220/33KV T/FS WITH BAYS
4) 12 X 33KV OUTLETS
5) LILO OF 132 KV EKLAHARE - SINNAR LINE AT
220 KV SINNAR - II - 23.79 KMS
6) 132KV LINE TO SINNAR (MALEGAON) MIDC -10
KMS
1) 132KV D/C LINE FROM 220 KV ALEPHATA -
GHARGAON - 33.46KM
2) 2X25 MVA, 132/33KV T/F WITH BAYS
3) 33KV OUTLETS-8 NOS
1 132 KV LINK LINE
( 2008 - 09)
AHMEDNAGAR 1) 132KV YEOLA - KOPERGAON SCDC LINE - 25 KM 132kV Yeola S/S is fed from 132kV Manmad S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
2 132 KV LINK LINE
( 2008 - 09)
NASIK 1) 132 KV SAKRI - VISARWADI D/C LINE - 40 KMS
WITH BAYS
132kV Sakri S/S is fed from 132kV Dhule S/s with
S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
3 132 KV LINK LINE
( 2008 - 09)
NASIK 132KV NAMPUR - MALEGAON SCDC LINE-30 KM 132kV Nampur S/S is fed from220/132kV
Malegaon S/s with S/c line. Hence to provide
uninterrupted supply during planned outages it is
necessary to add proposed line
4 132 KV LINK LINE
( 2008 - 09)
NASIK 132KV MALEGAON - MANMAD D/C LINE-34 KM 132kV Manmad S/S is fed from220kV Malegaon
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
SUBSTATION SCHEMES
TOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
1 220KV PIMPALGAON
(RANWAD)
(2009-10)
NASIK Present recorded peak load on Ranwad-132kV,
Lasalgaon-132kV, Chandwad-132kV are 60MW,
45MW, 15MW respectively. It is anticipated by the
year 2009-10 the load will reach to about 150MW.
Hence it is necessary to go in for 220kV sub-
station at Ranwad.
2 220KV BHAMBORI
(JALGAON)
(2009-10)
JALGAON It is necessary to go in for 220kV sub-station at
Bhambori. To improve voltage profile of the area
and to meet the demand.
3 220 KV KOPERGAON S/S
(2009-10)
AHMEDNAGAR Present recorded peak load on Vaijapur-132kV,
Yeola-132kV and Kopargaon-132kV S/S are
30MW, 40MW and 40MW respectively. It is
anticipated by the year 2009-10 the load will reach
to about 135MW. Hence it is necessary to go in
for new 220kV sub-station at Kopergaon
4 132 KV VADJIRE S/S
(2009-10)
AHMEDNAGAR Present recorded peak load on Kedgaon-132kV is
70MW. It is anticipated by the year 2009-10 the
load will reach to about 85MW. Hence it is
necessary to go in for new 132kV sub-station at
Vadjire. The new substation Vadjire-132kV S/S is
proposed in year 2009-10 for reducing loading on
Kedgaon-132kV.
5 220KV SINNAR II S/S
(2009-10)
NASIK Present recorded peak load on Sinnar-132kV is
90MW. It is anticipated by the year 2009-10 the
load will reach to about 110MW. Hence it is
necessary to go in for 220kV sub-station at
Sinnar. By the commissioning of this substation,
voltage profile will improve to 0.97pu from 0.93pu.
6 132KV GHARGAON S/S
(2009-10)
AHMEDNAGAR Ghargaon-132kV S/S is considered in year 2009-
10 for reducing the loading of Rahuri-132kV S/S &
bhenda-132kV S/S. & to meet the increased load
in the area.
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
115
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
5 220KV LINK LINE
(2009-10)
NASIK 1) 220 KV SATANA - MALEGAON SCDC LINE - 30
KMS
220kV Satana S/S is fed from 220kV Malegaon
S/s with S/c line and this line is also critically
loaded to an extent of 210 MW. Hence to provide
uninterrupted supply during planned outages &
Reduce the loading of line it is necessary to add
proposed line
6 132KV LINK LINE
(2009-10)
AHMEDNAGAR 1) 2ND CIRCUIT STRINGING OF 132 KV AKOLE-
SANGAMNER - 20 KM.
132kV Sangamner S/S is fed from 220kV
Babhaleshwar S/s with S/c line and this line is
also critically loaded to an extent of 71 MW.
Hence to provide uninterrupted supply during
planned outages & Reduce the loading of line it is
necessary to add proposed line
1 220 KV LINK LINE
(2009-10)
NASIK 1) 220KV DHULE - MALEGAON D/C LINE - 40 KMS Since the existing 220kV Dhule-Malegaon S/c line
is loaded to an extent of 162 MW during Non-
Coinsident peak condition. It is anticipated the
load will reach to about critical value by the year
2011-12. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
2 132KV LINK LINE
(2009-10)
NASIK 1) 132 KV AMALNER - NARDANE SCDC LINE - 35
KMS
Since the existing 132kV Dhule-Nardane S/c line
is getting loaded to an extent of 66 MW during
Non-coinsident peak condition. It is anticipated the
load will reach to about critical value by the year
2011-12. Hence it is suggested to add proposed
line to reduce the loading of existing line and to
meet additional load growth and contingency.
1) ADDL. 1X 50 MVA, 220/33 KV T/F WITH BAYS
2) 6 X 33 KV OUTLETS
1) ADDL. 1 X 200 MVA, 220/132 KV ICT WITH BAYS
2) 132 KV BAYS - 2 NOS.
1) ADDL. 1 X 100 MVA, 220/132 KV ICT WITH BAY
2) 132 KV BAYS - 2 NOS.
1) 1 X 25 MVA , 220/33KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1X100MVA, 220/132KV ICT WITH BAYS
2) 132 KV BAYS - 2 NOS.
1) 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1X50 MVA, 132/33KV T/F WITH BAYS
2) 6 X 33KV OUTLETS
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADDL. 1X25MVA, 132/33KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
1 220 KV MALEGAON - II
S/S ( 2008 - 09 )
NASIK To avoid loss of supply in case of outages or
interruptions on any one transformer
2 220 KV SATANA
( 2008 - 09 )
NASIK To avoid loss of supply in case of outages or
interruptions on any one transformer
3 220 KV SHAHADA
( 2008 - 09 )
NANDURBAR To avoid loss of supply in case of outages or
interruptions on any one transformer
4 220 KV DHULE S/S *
( 2008 - 09 )
DHULE To avoid loss of supply in case of outages or
interruptions on any one transformer
5 220KV DONDAICHA S/S*
( 2008 - 09 )
DHULE To avoid loss of supply in case of outages or
interruptions on any one transformer
6 132 KV PIMPERKHED S/S
( 2008 - 09 )
NASIK To avoid loss of supply in case of outages or
interruptions on any one transformer
7 132KV JALGAON (MIDC)
S/S
( 2008 - 09 )
JALGAON To avoid loss of supply in case of outages or
interruptions on any one transformer
8 132 KV BODWAD S/S (
2008 - 09 )
JALGAON To avoid loss of supply in case of outages or
interruptions on any one transformer
9 132 KV PAROLA S/S (
2008 - 09 )
JALGAON To avoid loss of supply in case of outages or
interruptions on any one transformer
10 132 KV NARDANE S/S (
2008 - 09 )
DHULE To avoid loss of supply in case of outages or
interruptions on any one transformer
11 132 KV NIMBHORA S/S
( 2008 - 09 )
JALGAON Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 16
To avoid loss of supply in case of outages or
interruptions on any one transformer
116
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
12 220 KV NASIK - II S/S
(RAYMOND)*
( 2008 - 09 )
NASIK 1)
2)
ADDL. 1 X 200 MVA, 220/132 KV ICT WITH BAYS
132 KV BAYS - 2 NOS.
Existing transformer capacity available in S/s is,
220/132 - 1 x 200 - 152
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
13 400 KV BHUSAWAL
S/S(2009-10)
JALGAON 1)
2)
1 X 315 MVA, 400/220 KV ICT WITH BAYS
220 KV BAYS - 2 NOS.
Existing Transformer capacity available is 400/220
kV, 1 X 315 MVA and load reached is 198 MVA,
Considering the maximum load reach on the
transformer, in event of intruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
14 AHEMADNAGAR
(2009-10)
AHMEDNAGAR 1)
2)
ADDL. 1 X 100 MVA, 220/132 kV T/F with bays.
132 KV BAYS - 2 NOS.
The existing Transformer capacity available is
220/132 kV 1X100MVA and the load reached is
64 MVA. To avoid loss of supply in case of
outages or interruptions on any one transformer
other transformer should take care of existing load
so as to avoid load shedding.
15 220 kV DHULE-II *
(2009-10)
Dhule 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. To avoid loss of supply in case of outages
or interruptions on transformer.
1) ADDL. 2X 25 MVA, 220/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) ADDL. 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 8 X 33 KV OUTLETS
1) 1X 50 MVA, 132/33 KV T/F WITH BAYS
2) 6 X 33 KV OUTLETS
1) ADDL. 1X25MVA,132/33KV TF'S WITH BAYS
2) 33KV OUT LET-04 nos
5 400 KV DHULE S/S
(2009-10)
DHULE 1)
2)
1 X 500 MVA, 400/220KV ICTS WITH BAYS
220 KV BAYS - 4 NOS.
Existing Transformer capacity available is 400/220
kV, 2 X 315 MVA and load reached is 503 MVA,
Considering the maximum load reach on the
transformer, in event of intruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
6 400 KV BABHALESHWAR
S/S
(2009-10)
AHMEDNAGAR 1)
2)
1 X 500 MVA, 400/220KV ICTS WITH BAYS
220 KV BAYS - 4 NOS.
Existing Transformer capacity available is 400/220
kV, 2 X 315 MVA and load reached is 598 MVA,
Considering the maximum load reach on the
transformer, in event of intruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
7 220KV EKLAHARE GCR*
(2009-10)
NASIK 1)
2)
ADDL. 1X150MVA,220/132KV ICT WITH BAYS
132 KV BAYS - 3 NOS.
Existing Transformer capacity available is 220/132
kV, 2X 150 and 1 X 200 MVA and load reached is
290 MVA. Considering the maximum load reach
on the transformer, in event of intruption/outage
on any one of the transformer other transformer
should take care of existing load so as to avoid
load shedding.
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
1 220 KV AHMEDNAGAR
S/S(2008-09)
AHMEDNAGAR Newly established LV level (33 kV) to feed the
nearby area at proper voltage
2 132 KV OZAR S/S
(2008-09)
NASIK To eliminate 11 kV level from the existing
S/s.33KV is introduced.
NASIK Existing transformer capacity available in S/s is,
132/33 - 2 x 50MVA - LOAD IS 78 MVA.
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
4 132KV VARANGAON NASIK Consedering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
3 132 KV MALEGAON S/S
(2008-09)
117
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
8 220 KV MALEGAON S/S
(2009-10)
NASIK 1)
2)
1 X 200 MVA, 220/132 KV ICTS WITH BAYS
132 KV BAYS - 4 NOS.
Existing Transformer capacity available is 220/132
kV, 2 X 100 MVA and load reached is 185
MVA.The transformer is replaced to meet the
anticipated load growth. Considering the
maximum load reach on the transformer, in event
of intruption/outage on any one of the transformer
other transformer should take care of existing load
so as to avoid load shedding.
9 220KV DHULE S/S
(2009-10)
DHULE 1)
2)
1X 150 MVA, 220/132KV WITH BAYS
132 KV BAYS - 3 NOS.
Existing Transformer capacity available is 220/132
kV, 2 X150 MVA and load reached is 201
MVA.The transformer is replaced to meet the
anticipated load growth.
10 132 kV SATANA
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 27 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
11 132 kV DHARANGAON
(2009-10)
Jalgaon 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 25 & 1 X 16 MVA. And the load reached is 20
MVA Considering the maximum load reached on
the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
12 132 kV RAHURI
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 50 & 1 X 25 MVA. And the load reached is 37
MVA Considering the maximum load reached on
the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
13 132 kV AMBAD NASIK
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2
X 25 MVA. And the load reached is 42 MVA
TConsidering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
14 132 kV AHMEDNAGAR
MIDC
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 26 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
15 132 kV AHMEDNAGAR
(Kedgaon)
(2009-10)
Ahmednagar 1)
2)
Add 1 X 50 MVA, 132/33 kV T/F with bays
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50 &1 X 25 MVA and load is 39 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
16 132 kV AKOLE
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
2) 4 X 33 kV out lets
Existing transformer capacity available in S/s is 1
X 50 MVA and load is 32 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
17 132 kV CHALISGAON-I
(2009-10)
Jalgaon 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 37 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
118
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
18 132 kV CHOPDA
(2009-10)
Jalgaon 1)
2)
1 X 50 MVA, 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50 & 1X 25 MVA and load is 63 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
19 132 kV DHULE-I *
(2009-10)
Dhule 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25, 1 X 50 MVA and load is 44 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load.
20 132 kV SHIRPUR
(2009-10)
Nandurbar 1)
2)
Add1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50 & 1 X 25 MVA and load is 49 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
21 132 kV NANDURBAR (2009-
10)
Nandurbar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25, 1 X 50 MVA and load is 44 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
22 132 kV TALODA
(2009-10)
Nandurbar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25MVA and load is 34 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
23 132 kV DEEPNAGAR (2009-
10)
Jalgaon 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25, 1 X 16 MVA and load is 28 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
24 132 kV DINDORI
(2009-10)
Nasik 1)
2)
Add1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50 & 1 X 25 MVA and load is 49 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
25 132 kV KARJAT
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 26 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
26 132 kV KOPERGAON
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 34 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
27 132 kV LASALGAON
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 25 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
119
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
28 132 kV MALEGAON-I
(2009-10)
Nasik 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 50 MVA and load is 88 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
29 132 kV MANMAD
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25 & 1 X 50 MVA and load is 33 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
30 132 kV NAMPUR
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 24 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
31 132 kV NEWASA
(2009-10)
Ahmednagar 1)
2)
Add 2 X 25 MVA, 132/33 kV T/F with bays.
8 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50 &1 X 25 MVA and load is 40 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
32 132 kV SATPUR MIDC
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 22 MVA. Considerin the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
33 132 kV SHAHADA
(2009-10)
Dhule 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25, 1 X 50 MVA and load is 50 MVA.
Considerin the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
34 132 kV SHEVGAON
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 28 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
35 132 kV SUPA
(2009-10)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 26 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
36 132 kV TAKLI
(2009-10)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 34 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
37 132 kV YAVAL
(2009-10)
Jalgaon 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25 & 1 X 16 MVA and load is 31 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
120
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
38 132 kV PACHORA
(2009-10)
Jalgaon 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 10.8 MVA and load is 10 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
39 132 kV DHARANGAON
(2009-10)
Jalgaon 1)
2)
Add 1 X 25 MVA 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 25 & 1 X 16 MVA. And the load reached is 20
MVA Considering the maximum load reached on
the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
40 220 kV DONDAICHA (2009-
10)
Dhule 1)
2)
Add 1 X 25 MVA 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 25 MVA. And the load reached is 20 MVA
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
41 220 kV BABHALESHWAR
(2009-10)
Ahmednagar 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 50 MVA and load is 45 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
121
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
1) 1 X ( 50-25) MVA, 132/33 KV T/FS
2) 33 KV OUTLETS - 2 NOS.
1) 1 X ( 25 - 16) MVA, 132/33 KV T/FS
2) 33 KV OUTLETS - 2 NOS.
1) REP.1 X ( 50-25) MVA, 132/33 KV T/FS
2) 33 KV OUTLETS - 2 NOS.
4 132 KV AKOLE S/S
(2008 - 09 )
AHMEDNAGAR 1)
2)
REP. 1 X ( 50-25) MVA, 132/33 KV T/FS
33 KV OUTLETS - 2 NOS.
Existing transformer capacity available in S/s
is,132/33 - 2 x 25 MVA and load is 30
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
1) REP. 1 X ( 50-25) MVA, 132/33 KV T/FS
2) 33 KV OUTLETS - 2 NOS.
1) REP.1 X ( 50-25) MVA, 132/33 KV T/FS
2) 33 KV OUTLETS - 2 NOS.
1) 2 X (200-100) MVA, 220/132 KV ICTS
2) 4 X 132KV BAYS
1) 2 X (200-100)MVA 220/132KV ICTS
2) 2 X ( 50 - 25) MVA, 132/33 KV T/FS
3) 2 X 33KV OUTLETS
4) 2 X 132 KV OUTLETS
AUGMENTATION OF S/S BY REPLACEMENT OF TRANSFORMER
1 132 KV PACHORA S/S
(2008 - 09 )
JALGAON Existing transformer capacity available in S/s
is,132/33 - 2 x 25 MVA and load is 44
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
2 132 KV DHARANGAON
S/S
(2008 - 09 )
JALGAON Existing transformer capacity available in S/s
is,132/33 - 2 x 16 MVA and load is 28
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
3 132 KV DHULE S/S*
(2008 - 09 )
DHULE Existing transformer capacity available in S/s
is,132/33 - 2 x 25 MVA and load is 50
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
5 132 KV SHRIGONDA S/S*
(2008 - 09 )
AHMEDNAGAR Existing transformer capacity available in S/s
is,132/33 - 2 x 25 MVA and load is 20
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
6 132 KV SANGAMNER S/S
(2008 - 09 )
AHMEDNAGAR Existing transformer capacity available in S/s
is,132/33 - 1 x 25 MVA and load is 24 MVA,
132/33 - 1 x 20 MVA and load is 19.66
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
7 220 KV MALEGAON - II
S/S
(2008 - 09 )
NASIK Existing transformer capacity available in S/s
is,220/132KV - 2 x 100 MVA and load is 160
MVA. Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
8 220 & 132KV
CHALISGAON S/S
(2008 - 09 )
JALGAON Existing transformer capacity available in S/s
is,220/132 KV - 1 x 150 MVA and load is 119
MVA, 220/100 KV - 1 x 100 MVA and load is 79
MVA. 132/33 KV - 2 x 25 MVA and load is 40
MVA. Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
122
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
1) REP. (25 -16)MVA, 132/33KV T/F
2) 2 X 33KV OUTLETS
1) 1 X ( 50-25) MVA, 132/33 KV T/F
2) 33 KV OUTLETS - 2 NOS.
1) 1 X (25-16) MVA, 132/33 KV T/F
2) 33 KV OUTLETS - 2 NOS.
1) 2 X (50-25/10) MVA, 132/33 KV T/F
2) 33 KV OUTLETS - 6 NOS.
1) REP. 2 X ( 50-25) MVA, 132/33 KV T/FS
2) 33 KV OUTLETS - 4 NOS.
14 220 KV CHALISGAON S/S
(2009-10)
JALGAON 1)
2)
1 X (200-100)MVA 220/132 KV ICTS
132 BAYS - 2 NOS.
Existing Transformer capacity available is 220/132
kV, 2 X 100 MVA and load reached is 141 MVA,
The transformer is replaced to meet the
anticipated load growth.
15 220 KV BHUSAWAL
(2009-10)
JALGAON 1)
2)
1X(200-100)MVA, 220/132KV ICT
132 KV BAYS - 2 NOS.
Existing Transformer capacity available is 220/132
kV, 2 X 100 MVA and load reached is 102
MVA,The transformer is replaced to meet the
anticipated load growth.
16 220KV BABHALESHWAR
S/S
(2009-10)
AHMEDNAGAR 1)
2)
1X(200-100)MVA, 220/132KV
132 KV BAYS - 2 NOS.
Existing transformer capacity available in S/s
is,220/132kV, 1 x 200 and 1 X 100 MVA and the
load reached is 115 MVA and 110 MVA
respectively.Considering the maximum load reach
on the transformer, in event of interruption/outage
on any one of the transformer other transformer
should take care of existing load so as to avoid
load shedding.
17 132 kV IGATPURI
(2009-10)
Nasik 1)
2)
Add 2 X (25-12.5) , 132/25 kV T/F
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2
X 12.5 MVA. And the load reached is 15 MVA The
transformer is replaced to meet anticipated load
growth..
18 132 kV AMALNER
(2009-10)
Jalgaon 1)
2)
Add 2X (50-12.5) MVA , 132/33 kV T/F
6 X 33 kV out lets.
Existing transformer capacity available in s/s is 2
X 12.5 MVA. And the load reached is 15 MVA The
transformer is replaced to meet anticipated load
growth..
19 132 kV DEEPNAGAR (2009-
10)
Jalgaon 1)
2)
1 X (20-12.5) MVA, 132/25 kV T/F
25 KV BAYS - 2 NOS.
Existing transformer capacity available in s/s is 1
X 12.5 & 1 X 20 MVA. And the load reached is 28
MVA The transformer is replaced to meet
anticipated load growth..
9 132KV MALEGAON
( MIDC) S/S
(2008 - 09 )
NASIK Existing transformer capacity available in S/s
is,132/33 KV - 2 x 25 MVA and load is 40.52
MVA, 132/33 KV - 1 x 16 MVA and load is 9.76
MVA. Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
10 132 KV NANDURBAR S/S*
(2008 - 09 )
NANDURBAR Existing transformer capacity available in S/s
is,132/33 KV - 2 x 25 MVA and load is 30 MVA.
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
11 132 KV DEEPNAGAR S/S (
BHUSAWAL)
(2008 - 09 )
JALGAON Existing transformer capacity available in S/s
is,132/33 KV - 1 x 25 MVA and load is 17 MVA,
132/33 KV - 1 x 16 MVA and load is 12
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
12 132 KV RAVER S/S**
(2008 - 09 )
JALGAON Existing transformer capacity available in S/s
is,132/33 KV - 1 x 25 MVA and load is 15 MVA,
132/33 KV - 1 x 10 MVA and load is 9
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
13 132 KV JALGAON S/S*
(2008 - 09 )
JALGAON Existing transformer capacity available in S/s
is,132/33 KV - 1 x 50 MVA and load is 32 MVA,
132/33 KV - 2 x 25 MVA and load is 29
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
123
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
20 220 kV NASIK OCR
(2009-10)
Nasik 1)
2)
Add 1X (50-25) MVA, 132/33 kV T/F
2 nos. of 33 kV outlets
Existing transformer capacity available in s/s is 3
X 25 MVA. And the load reached is 43 MVA The
transformer is replaced to meet anticipated load
growth..
21 132 kV JALGAON ( Old)
(2009-10)
Jalgaon 1)
2)
1 X (50 -25 ) 132/33 kV T/F.
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50, 1 X 25 MVA and load is 42 MVA. The
transformer is replaced to meet anticipated load
growth.
22 132 kV SAVDA
(2009-10)
Jalgaon 1)
2)
1 X (50 -20 ) 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 3
X 20 MVA and load is 55 MVA. The transformer
is replaced to meet anticipated load growth.
23 132 kV SATPUR*
(2009-10)
Nasik 1)
2)
1 X (50 -25 ) 132/33 kV T/F.
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50, 1 X 25 MVA and load is 38 MVA. The
transformer is replaced to meet anticipated load
growth.
24 132 kV SINNAR ( Old)
(2009-10)
Nasik 1)
2)
1 X (50 -25 ) 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 50, 1 X 25 MVA and load is 36 MVA. The
transformer is replaced to meet anticipated load
growth.
124
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
1) 220KV MALEGAON - KALWAN D/C LINE - 48.56
KMS WITH BAYS2) 2X100MVA, 220/132KV ICTS WITH BAYS
3) 2X50MVA, 220/33KV T/FS WITH BAYS
4) 2 X 132KV BAYS
5) 12 X 33KV OUTLETS
6) 132KV DC LINE TO 132 KV KALWAN S/S - 10 KM
1) LILO OF 220 KV DHULE - MALEGAON CKT. - I AT
220 KV SAYANE - 10 KMS.2) 2X25 MVA, 220/33KV T/F WITH BAYS
3) 33KV OUTLETS-8 NOS
1) 2X50MVA, 132/33KV T/F WITH BAYS.
2) 132KV SCDC LINE FROM SHEVGAON S/STN -
GHODGAON -37KM3) 33KV OUTLETS - 12 NOS
1) 400 KV D/C LINE FROM 400 KV BABHALESHWAR
- NASHIK LINE - 60 KMS
2) 400 KV SINNAR (IPP) - NASIK D/C LINE. -10KMS.
3) 2 X 500 MVA 400/220 KV ICT'S WITH BAYS.
4) 220 KV D/C LINE TO SINNAR II S/S -15 KMS .
5) LILO of 220 KV EKLAHARE - BABHALESHWAR
LINE AT 400 KV NASHIK - 15 KMS.1) LILO ON 220 KV MALEGAON - GANGAPUR S/C
LINE AT 220 KV SAKRI - 45 KMS.
2) LILO OF 220 KV SATANA - GANGAPUR S/C LINE
AT 220 KV SAKRI - 45 KMS.3) 2X100 MVA, 220/132KV T/F WITH BAYS
4) 132 KV SCDC LINE TO VISARWADI- 15 KMS
5) 132KV SCDC LINE TO NAMPUR S/S - 20 KMS
6) LILO OF 132 KV SATANA - TAHARABAD LINE AT
220 KV SAKRI - 10 KMS.
1) 220KV D/C A'NAGAR-BHOSE - 45 KM WITH BAYS
2) 2X100 MVA, 220/132KV T/F WITH BAYS
4) 132KV LINE BHOSE - KARJAT D/C- 80 KMS
5) 132KV LINE BHOSE - SHRIGONDA D/C - 30 KMS.
1) LILO ON 220 KV BHUSAWAL - AMALNER
CKT. II LINE AT 220 KV VIRODA - 10 KMS.
2) 2 X 200MVA, 220/132KV ICTS WITH BAYS
3) 2 X 50 MVA 220/33 KV T/F WITH BAYS
4) 132 KV VIRODA - YAWAL D/C LINE - 30 KM
5) 132 KV VIRODA - SAWADA M/C LINE - 10 KM
(OUT OF 4 CKTS TWO CIRCUITS TO SAWADA
AND TWO CIRCUITS TO BE CONNECTED TO 6) 132 KV D/C LINE FROM SAWDA TO NIMBHORA -
16 KM7) 132 KV SCDC LINE FROM NIMBHORA TO RAVER
- 20 KM8) 132KV VIRODA - BHUSAWAL-II M/C LINE -
25 KM
NEW SCHEMES
3 132 KV GHODEGAON S/S (
2010 - 11)
AHMEDNAGAR Strengthening of existing network.
1 220KV KALWAN II S/S
(2010-11)
NASIK Upgradation of existing 132 kv Kalwan s/s for the
load requrement in Nasik area.
2 220KV SAYANE S/S
(2010-11)
NASIK Sayne-220kV is considered for reducing the
loading of Dhule-220kV S/S. to meet the
upcoming load in the area.
5 220KV SAKRI S/S
(2011-12)
DHULE Present recorded peak on Sakri and Nampur
132kV S/S are 70 and 28 MW respectively. It is
anticipated by the year 2011-12, the load will
reach to criticle value. Hence it is necessary to go
in for new 220kV sub-station at Sakri.
4 400 KV NASIK S/S
(2011-12)
NASIK
AHMEDNAGAR Bhose 220kV S/S is considered to improve the
voltage profile in Ahemadnagar District & to meet
the upcoming load.
7 220 KV VIRODA S/S
(2011-12)
JALGAON 220 KV Viroda substation is proposed to meet
requirement of alternate feed to existing S/c lines
to 132 KV substations. Will improve voltage profile
and meet upcoming load.
Evacuation of Power from central sector & to
cater the increasing load in nearby area
6 220KV BHOSE S/S
( BELWANDI)
(2011-12)
125
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
1) 2X500MVA,400/220KV ICT
2) 400KV D/C LINE FROM DHULE-
MALEGAON(NASIK) D/C - 60KM WITH BAYS
3) 220KV LINE FROM MALEGAON - CHALISGAON
SCDC -69KM
4) REORINTATION OF EXISTING 220 KV
MALEGAON - SATANA S/C LINE AT 400 KV
MALEGAON ( Proposed) - 10 kms.
5) 220KV D/C LINE FROM 400KV
MALEGAON(SATANA) - 220KV NASIK -80KM6) 220KV D/C LINE FROM 400KV
MALEGAON(SATANA) - KALWAN -32KM
7) INTER LINK D/C LINE FROM EXISTING 220KV
MALEGAON - 400KV MALEGAON (SATANA) -
10KM1) 2X100MVA, 220/132KV ICT WITH BAYS
2) 220KV D/C LINE FROM MANMAD - 400KV
MALEGAON (SATANA) - 38KM
3) 132KV INTER LINK FROM 220KV MANMAD TO
MANMAD ( Existing) - 15KM
4) REORINTATION OF EXISTING 132 KV MANMAD -
YEOLA LINE AT 220 KV MANMAD ( Proposed) - 10
kms.
1 132KV LINK LINE
(2011-12)
NASIK 1) 132 KV SHIRPUR - FROM 220/132KV DONDAICHA
S/S SCDC LINE - 50 KMS WITH BAYS
132kV Shirpur S/S is fed from 132kV Nardane S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
2 132KV LINK LINE
(2012-13)
NASIK 1) 132 KV CHOPADA- YAWAL SCDC LINE - 43 KM 132kV Chopda S/S is fed from132kV Yawal S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
3 132KV LINK LINE
(2012-13)
JALGAON 1) 132 KV PAROLA - AMALNER 2ND CKT
STRINGING - 17.16 KM
132kV Parola S/S is fed from132kV Amalner S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
4 132KV LINK LINE
(2012-13)
DHULE 1) 132 KV TALODA - SHAHADA SCDC LINE -
28.61KM
132kV Taloda S/S is fed from220/132kV Shahada
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
5 132KV LINK LINE
(2013-14)
AHMEDNAGAR 1) 2ND CIRCUIT STRINGING OF 132 KV SHEVGAON
- GHODEGAON - 37 KMS.
132kV Ghodegaon S/S is fed from132kV
Shevgaon S/s with S/c line. Hence to provide
uninterrupted supply during planned outages it is
necessary to add proposed line
1 132KV LINK LINE
(2010-11)
NASIK 1) 132 KV MALEGAON-II - MALEGAON ONLY
STRINGING OF 2ND CKT - 2.5 KMS WITH BAYS
Since the existing 132kV Malegaon -II - Malegaon
S/c line is getting loaded to an extent of 35 MW
during Non-coinsident peak condition. It is
anticipated the load will reach to about critical
value by the year 2011-12. Hence it is suggested
to add proposed line to reduce the loading of
existing line and to meet additional load growth
and contingency.
2 132KV LINK LINE
(2010-11)
NASHIK 1) 2ND CIRCUIT STRINGING OF 132 KV MANMAD -
YEOLA - 25 KMS.
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
3 132KV LINK LINE
(2010-11)
DHULE 1) 132 KV D/C LINE FROM NANDURBAR - TALODA -
35 KMS.
For System Strengthening.
4 220KV LINK LINE
(2011-12)
JALGAON 1) 220KV BHUSAWAL - CHALISGAON D/C LINE -
123.88 KM WITH BAYS
Since the existing 220kV Bhusawal-Chalisgaon
D/c line is loaded to an extent of 126.5(EACH)
MW during Non-Coinsident peak condition. It is
anticipated the load will reach to about critical
value by the year 2011-12. Hence it is necessary
to propose additional line to meet additional load
growth and contingency.
To cater the increasing load in nearby area9 220KV MANMAD
(2013-14)
NASIK
8 400KV MALEGAON
(SATANA)
(2013-14)
NASIK To improve voltage profile of the area and to meet
the upcoming demand.
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
126
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
5 132KV LINK LINE
(2011-12)
NASHIK 1) LILO OF 132 KV RAYMONDS - ADGAON AT 132
KV MHASRUL S/S. - 10 KMS.
For System Strengthening.
6 132KV LINK LINE
(2012-13)
NASIK 1) 2ND CIRCUIT STRINGING 132 KV KOPARGAON -
YEOLA-20 KM
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
7 132KV LINK LINE
(2012-13)
NASIK 1) 132KV LASALGAON - RANWAD SCDC -14KM Since the existing 132kV Lasalgaon - Ranwad
S/C line is loaded to an extent of 39 MW during
Non-Coinsident peak condition. It is anticipated
the load will reach to about critical value in future.
Hence it is necessary to propose additional line to
meet additional load growth and contingency.
8 132KV LINK LINE
(2012-13)
NASIK 1) 132KV EKLAHARE(OCR) - TAKLI SCDC -12KM Since the existing 132kV Eklahare (OCR) - Takli
line is loaded to an extent of 63 MW during Non-
Coinsident peak condition. It is anticipated the
load will reach to about critical value in future.
Hence it is necessary to propose additional line to
meet additional load growth and contingency.
9 132KV LINK LINE
(2012-13)
NASIK 1) 132KV AMBAD - EKLAHARE (OCR) SCDC -19KM Since the existing 132kV Eklahare (OCR) -
Ambad line is loaded to an extent of 24 MW
during Non-Coinsident peak condition. It is
anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
10 132KV LINK LINE
(2012-13)
NASIK 1) 132KV EKLAHARE(GCR)-OZAR SCDC -17KM Since the existing 132kV Eklahare (GCR) - Ozar
D/C line is loaded to an extent of 90 MW during
Non-Coinsident peak condition. It is anticipated
the load will reach to about critical value in future.
Hence it is necessary to propose additional line to
meet additional load growth and contingency.
11 132KV LINK LINE
(2012-13)
JALGAON 1) 132 KV SCDC LINE FROM CHOPDA - SHIRPUR -
50 KMS.
For System Strengthening.
12 132KV LINK LINE
(2012-13)
NASHIK 1) 2ND CIRCUIT STRINGING OF 132 KV MALEGAON
- NAMPUR LINE - 30 KMS.
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
1 400 KV LINK LINE
(2013-14)
NASHIK 1) 400 KV D/C LINE FROM 400 KV MALEGAON (
Proposed) - NASHIK - 100 KMS.
Strengthening for power evacuation of proposed
generations at Nashik & Dondaicha.
1 132 KV LINK LINE
(2010-11)
DHULE 132 KV DONDAICHA(220 S/S)- DONDAICHA D/C
LINE -10KMS.
Strengthening for wind power evacuation
2 132 KV LINK LINE
(2010-11)
NASIK 2ND CIRCUIT STRINGING OF 132 KV KALWAN -
SATANA LINE -20KMS
For System Strengthening.
1 220KV LINK LINE
(2011-12)
JALGAON 1) CONVERSION OF S/C TO D/C OF 220KV
CHALSIGAON - BABHALESHWAR LINE UPTO
KOPERGAON TAP - 120 KM
To reduce the loading of the existing line
1 220 KV BHENDA
( BELWANDI)
( 2010-11)
1)
2)
ADDL. 1 X 100 MVA, 220/132 kV T/F with bays
132 KV BAYS - 2 NOS.
The Transformer capacity available is 220/132 kV
1X100MVA . To avoid loss of supply in case of
outages or interruptions on any one transformer
other transformer should take care of existing load
so as to avoid load shedding.
STRENGTHENING FOR EVACUATION ARRANGEMENT
STRENGTHENING FOR WIND POWER EVACUATION
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE ICT IS AVAILABLE
127
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
1 132 kV AMBAD NASIK
(2010-11)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2
X 25 MVA. And the load reached is 42 MVA
TConsidering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
2 132 kV SANGAMNER
(2011-12)
Ahmednagar 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 50 & 1 X 25 MVA. And the load reached is 42
MVA Considering the maximum load reached on
the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
3 132 kV SATPUR
(2011-12)
Nashik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 50 & 1 X 25 MVA. And the load reached is 38
MVA Considering the maximum load reached on
the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
4 132 kV KHARDA
(2011-12)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 20 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
5 132 kV RANWAD
(2011-12)
Nasik 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 50 MVA and load is 40 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
6 132 kV RAVER
(2011-12)
Jalgaon 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25 & 1 X 10 MVA and load is 22 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
7 132 KV PIMPARKHED S/S.
( 2011 - 12)
NASHIK 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 25 MVA . Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
8 132 KV SINNAR
(MALEGAON) S/S.
( 2011 - 12)
NASHIK 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 25 & 1 X 50 MVA. And the load reached is 43
MVA .Considering the maximum load reached on
the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
9 132 kV RAMACHE
PIMPLAS
(2012-13)
Nasik 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 22 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
10 220 kV BHENDA
(2013-14)
Ahmednagar 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 18 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
128
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
11 132 kV CHALISGAON-I
(2013-14)
Jalgaon 1)
2)
Add 1 X 25 MVA, 132/25 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1
X 10.8 MVA . Considering the maximum load
reached on the transformer in the event of
interruptions/outage on any one of the transformer
other transformer should take care of existing load
1 220 KV PIMPALGAON
( BASVANT) S/S
(2010-11)
NASHIK 1)
2)
1 X 50 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 6 NOS.
Creation of new 33 KV level
2 220 KV SAKRI S/S.
( 2011-12)
DHULE 1)
2)
2 X 25 MVA , 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 8 NOS.
Creation of new 33 KV level
3 220 KV PIMPALGAON
( BASVANT) S/S
(2011-12)
NASHIK 1)
2)
1 X 50 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 6 NOS.
Creation of new 33 KV level
4 220 KV SAKRI S/S.
( 2012-13)
DHULE 1)
2)
2 X 25 MVA , 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 8 NOS.
Creation of new 33 KV level
5 220 KV BHOSE S/S
(2012-13)
NASHIK 1)
2)
1 X 50 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 6 NOS.
Creation of new 33 KV level
6 220 KV BHOSE S/S
(2013-14)
NASHIK 1)
2)
1 X 50 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 6 NOS.
Creation of new 33 KV level
7 220 KV MANMAD S/S.
( 2013-14)
NASHIK 1)
2)
1 X 25 MVA , 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 4 NOS.
Creation of new 33 KV level
8 220 KV MANMAD S/S.
( 2014-15)
NASHIK 1)
2)
1 X 25 MVA , 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 4 NOS.
Creation of new 33 KV level
1 220 KV RAYMONDS S/S. (
2011 - 12 )
NASHIK 1)
2)
1 X 50 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 6 NOS.
Creation of new 33 KV level
2 220 KV RAYMONDS S/S. (
2012 - 13 )
NASHIK 1)
2)
1 X 50 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 6 NOS.
Creation of new 33 KV level
3 220 KV AMALNER S/S
(2012-13)
DHULE 1)
2)
1 X 25 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 4 NOS.
Creation of new 33 KV level
4 220 KV AMALNER S/S
(2013-14)
DHULE 1)
2)
1 X 25 MVA 220/33 KV T/F WITH BAYS
33 KV OUTLETS : 4 NOS.
Creation of new 33 KV level
1 400 KV BABHALESHWAR
S/S
(2010-11)
NASIK 1)
2)
1X(500-315)MVA, 400/220 KV ICT
220 KV BAYS - 2 NOS.
Existing Transformer capacity available is 400/220
kV, 2 X 315 MVA and load reached is 598
MVA.The transformer is replaced to meet the
anticipated load growth.
2 220 KV MALEGAON S/S
(2010-11)
NASIK 1)
2)
1 X (200-100) MVA, 220/132 KV ICTS
132 KV BAYS - 2 NOS.
Existing Transformer capacity available is 220/132
kV, 2 X 100 MVA and load reached is 185
MVAThe transformer is replaced to meet the
anticipated load growth.
3 220 KV CHALISGAON S/S
(2010-11)
JALGAON 1)
2)
1 X (200-100)MVA 220/132 KV ICTS
132 KV BAYS - 2 NOS.
Existing Transformer capacity availablewill be
220/132 kV, 1 X 100 MVA and1 X 200 MVA load
reached is 158 MVA.The transformer is replaced
to meet the anticipated load growth.
4 220 KV BHUSAWAL
(2010 -11)
JALGAON 1)
2)
1X(200-100)MVA, 220/132KV ICT
132 KV BAYS - 2 NOS.
Existing Transformer capacity available will be
220/132 kV, 1 X 100 MVAand 1 X 200 MVA and
load reached will be 115 MVA.The transformer is
replaced to meet the anticipated load growth.
5 220KV BABHALESHWAR
S/S
(2010-11)
AHMEDNAGAR 1)
2)
1X(200-100)MVA, 220/132KV
132 KV BAYS - 2 NOS.
Existing transformer capacity available in S/s
is,220/132kV, 2 x 200 and 1 X 100 MVA and the
load reached will be 165 and 115 MVA
respectively.Considering the maximum load reach
on the transformer, in event of interruption/outage
on any one of the transformer other transformer
should take care of existing load so as to avoid
load shedding.
Creation of new 33 KV level ( Existing EHV substations ).
AUGMENTATION OF S/S BY REPLACEMENT OF TRANSFORMER
AUGMENTATION OF S/S BY ADDITION OF T/F
Creation of new 33 KV level ( EHV substations already proposed in STU plan).
129
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEMETOTAL SCOPE OF WORK
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NASIK EHV CONSTRUCTION CUM (O&M) ZONE
6 220 kV NASIK OCR
(2010-11 )
Nasik 1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F.
2 nos. of 33 kV outlets
Existing transformer capacity available in s/s is 3
X 25 MVA. And the load reached is 43 MVA The
transformer is replaced to meet anticipated load
growth..
7 132 kV SAVDA
(2010-11)
Jalgaon 1)
2)
1 X (50 -20 ) 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 3
X 20 MVA and load is 55 MVA. The transformer
is replaced to meet anticipated load growth.
8 220 KV BHAMBORI
( Proposed in 2009-10) S/S.
( 2010 - 11)
JALGAON 1)
2)
Add 1 X (50-25) MVA, 220/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
9 220 KV BHAMBORI
( Proposed in 2009-10) S/S.
( 2011 - 12)
JALGAON 1)
2)
Add 1 X (50-25) MVA, 220/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
10 220 KV SAYANE
( Proposed in 2010-11) S/S.
( 2011 - 12)
NASHIK 1)
2)
Add 1 X (50-25) MVA, 220/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
11 220 KV SAYANE
( Proposed in 2010-11) S/S.
( 2012 - 13)
NASHIK 1)
2)
Add 1 X (50-25) MVA, 220/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
12 132 KV MANMAD S/S.
( 2012-13)
NASHIK 1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F
2 nos. of 33 kV outlets
Existing transformer capacity available in S/s is 1
X 25 & 1 X 50 MVA and load is 52 MVA. The
transformer is replaced to meet anticipated load
growth.
13 132 KV NAMPUR S/S. (
2012-13)
NASHIK 1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F .
2 nos. of 33 kV outlets
Existing transformer capacity available in S/s is 2
X 25 MVA and load is 38 MVA. The transformer
is replaced to meet anticipated load growth.
14 220 KV BHENDA S/S.
( 2012-13)
AHMEDNAGAR 1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
15 220 KV KHARDA S/S.
( 2012-13)
1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
16 220 KV BHENDA S/S.
( 2013-14)
AHMEDNAGAR 1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
17 220 KV KHARDA S/S.
( 2013-14)
1)
2)
Add 1 X (50-25) MVA, 132/33 kV T/F .
2 nos. of 33 kV outlets
To meet additional demand of MSEDCL.
18 220 KV BHENDA S/S.
( 2014 - 15)
AHMEDNAGAR 1)
2)
Add 1 X (200-100) MVA, 220/132 kV T/F
132 KV BAYS - 2 NOS.
To cater the increasing load in nearby area
130
EHV CC O&M ZONE :
AURANGABAD
131
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
1) 2X50MVA, 220/33KV T/FS WITH BAYS
2) 10X33KV OUTLETS
3) 2X100MVA, 220/132KV ICTS WITH BAYS
4) 220KV CHITEGAON -SHENDRA SCDC LINE-25 KM
5) 132 KV SHENDRA DEOLAI SCDC LINE -25 KMS.
6) LILO ON 220KV WALUJ-JALNA D/C ON M/C - 3 KM
D/C ON D/C-12 KM
1) 2X 100 MVA, 220/132 KV ICTS WITH BAYS
2) 2X 50 MVA, 220/33 KV T/F'S WITH BAYS
3) LILO ON 220 KV PUSAD - PARBHANI LINE - 22 KM WITH
BAYS
4) 132KV BAYS - 4 NOS
5) 33KV OUTLETS - 12 NOS
6)
7)
LILO ON BOTH CKT OF 132KV DC KURANDA - HINGOLI
LINE ON M/C -10KM
132KV AKHADA BALAPUR - 220KV HINGOLI SCDC LINE -
25 KM
1) 2X25MVA, 220/33KV T/FS WITH BAYS
2) 2 X 100 MVA 220/132 KV ICT'S WITH BAYS
(2010-11)
3) 8X33KV OUTLETS
4) 220KV D/C LINE FROM 220KV BARSHI S/S- 30 CKM
WITH BAYS5) 132 KV SCDC LINE TO BHOOM S/S - 30 KMS
1) 220KV D/C LINE BEED - PATODA - 45 KM WITH BAYS
2) 2X50MVA, 220/33KV T/FS WITH BAYS
3) 12X33KV OUTLETS
1) 2 X 25MVA, 132/33KV T/F'S WITH BAYS
2) LILO OF 132 KV PADEGAON - JALNA AT BADNAPUR
S/S WITH BAYS -10KM
3) 8X33KV OUTLETS
1) 2 X 25MVA, 132/33KV T/F'S WITH BAYS
2) LILO ON 132KV PARBHANI-PARTUR AT SHELU S/S - 5
CKM WITH BAYS3) 8X33KV OUTLETS
1) LILO ON 400KV PARLI -CHANDRAPUR ON S/C AND
LILO ON ONE CIRCUIT OF 400KV PARLI -CHANDRAPUR
D/C -40KM EACH2) 2 X 500 MVA, 400/220KV ICTS WITH BAYS AND 1 X 167
SINGLE PHASE SPARE ICT
3) 220KV D/C LINE TO 220 KV NANDED (WAGHALA) S/S -
10KMS WITH BAYS
1) 2X100MVA, 220/132KV ICTS WITH BAYS
2) 2 X 50MVA, 220/33KV T/FS WITH BAYS
3) 220KV D/C LINE HARANGUL - VALANDI - 60 KM WITH
BAYS
4) 132KV LINE TO NILANGA S/S - 15 KM WITH BAYS
5) 132KV LINE TO UDGIR S/S - 20 KM WITH BAYS
4X132KV BAYS
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
SPILL OVER SCHEMES
1 220KV SHENDRA S/S
(2008-09)
AURANGABAD VOLTAGE IMPROVEMENT & LOAD CATERING
2 220 KV HINGOLI S/S
(2008-09)
HINGOLI This station is considered to meet the load growth
in Aurangabad Circle and improving voltage
profile. Hingoli-220kV S/S is proposed on LILO of
220kV existing Pusad -Nanded D/C line – 4kM
5 132 KV BADNAPUR
S/S
(2008-09)
JALNA VOLTAGE IMPROVEMENT & LOAD CATERING
BEED VOLTAGE IMPROVEMENT & LOAD CATERING
6 132KV SHELU S/S
(2008-09)
PARBHANI Shelu132kV S/S is considered to improve the
voltage profile in Aurangabad circle and to cater
the new loads coming in nearby area. Shelu132kV
S/S is fed from Pathri132kV S/S by constructing
132kV D/C line of 10kM.
3 220KV PARANDA S/S
(2008-09)
OSMANABAD VOLTAGE IMPROVEMENT & LOAD CATERING
4 220KV
PATODA S/S
(2008-09)
7 400KV NANDED S/S
(2009-10)
NANDED To improve the voltage profile and to meet the
upcoming load.
8 220KV
VALANDI S/S
(2009-10)
LATUR To improve the voltage profile and to meet the
upcoming load.
132
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 2X100MVA, 220/132KV ICTS WITH BAYS
2) 220KV D/C FROM SOLAPUR II (BALE) TO TULJAPUR -
50KM
3) 220KV D/C FROM GIRAVALI TO TULJAPUR - 80KM
4) 2X25MVA, 220/33KV T/FS WITH BAYS
5) 132 KV TULAJAPUR-UJANI S/C-25 KM
6) 133 KV TULAJAPUR-NALDURG S/C-25 KM
7) 4X132KV BAYS
1) 400KV NANDED - NARSI WITH BAYS-60 KMS
2) 2X100MVA, 220/132KV ICTS WITH BAYS
3) 2 X 25MVA, 220/33KV T/FS WITH BAYS
4) 132KV MUKHED-NARSI S/C-30KM
5) 132KV KUNDALWADI-NARSI S/C- 30KM
6) LILO ON 132 KV NARSI - DEGLOOR- 30KM
7) 132KV-220KV NARSI -10KM
8) 8 X 33KV OUTLETS
1) 2X25MVA, 132/33KV T/FS WITH BAYS
2) 132KV SCDC PAHUR-BULDHANA - 60 KMS WITH BAYS
3) 132KV SCDC SILLOD - SOYGAON - 35 KMS WITH BAYS
4) 132KV SOYAGAON - PAHUR SCDC - 14KM WITH BAYS
5) 8X33KV OUTLETS
1 132KV PANGRI
(2009-10)
BEED 1)
2)
LILO ON PARLI - TELGAON - 15KM
2X25 MVA,132/33KV
8 X 33KV OUTLETS
To eliminate 33KV level from GCR Parli.
1 132KV LINK LINE
(2008-09)
JALNA 1) 132KV PADEGAON - PISHOR SCDC LINE - 40KM WITH
BAYS
132kV Pishor S/S is fed from 132kV Padegaon S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
2 132KV LINK LINE
(2008-09)
JALNA 1)
2)
132KV AMBAD - 220KV JALNA SCDC LINE - 29 KM
GIS BAY AND CABLE
132kV Ambad S/S is fed from 220kV Jalna S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line. ( GIS bays & cable is proposed
due to no space at Ambad & Jalana and ROW
problem at Jalana.)
3 132KV LINK LINE
(2008-09)
AURANGABAD 1) 132KV DEOLAI - 220KV CHITEGAON LINE (STRINGING
ONLY ) - 28.9 KM
132kV Deolai S/S is fed from 132kV Chitegaon S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
4 132KV LINK LINE
(2008-09)
AURANGABAD 1) 132KV GANGAPUR - VAIJAPUR SCDC LINE - 40 KM 132kV Gangapur S/S is fed from 132kV Padegaon
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
5 132KV LINK LINE
(2009-10)
OSMANABAD 1) 132KV NILANGA - OMERGA SCDC LINE - 31.22KM 132kV Killari S/S is Tapped on 132kV Ujani-
Omerga S/c line. Hence to provide alternate supply
during planned outages it is necessary to add
proposed line considering the anticipated load
growth in that region
6 132KV LINK LINE
(2009-10)
OSMANABAD 1) 132KV DC LINE BHOOM - PARANDA - 20 KM WITH
BAYS
132kV Bhoom S/S is fed from 132kV Kalamb S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
11 132KV SOYGAON S/S
(2009-10)
AURANGABAD Present recorded peak load on Pahur-132kV,
Sillod-132kV S/S, Pishor-132kV are 35MW, 60MW
and 30MW respectively. It is anticipated by the
year 2009-10 the load will reach to about 150MW.
Hence it is necessary to go in for new 132kV sub-
station at Soygaon. The new Soygaon-132kV S/S
is proposed in year 2009-10 for reducing loading
on Pahur-132kV, Sillod-132kV S/S, and Pishor-
132kV S/S. By the commissioning of this
substation, voltage profile of Aurangabd Circle will
improve.
9 220KV TULJAPUR S/S
(2009-10)
OSMANABAD Tuljapur is considered to meet the increasing loads
in Osmanabad district and improve the voltage
profile.
10 220KV
NARSI II S/S
(2009-10)
NANDED 220 kV Narsi is considered to meet the increasing
loads in Latur District. By constructing this station,
the voltage profile improves.
NEW SUBSTATION TO ELIMINATE 33 KV LEVEL AT GENERATION SWITCHYARD AT PARLI GEN.
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
133
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132KV LINK LINE
(2009-10)
LATUR 1) 132 KV D/C CHAKUR - RENAPUR LINE- 35 KMS.
(ONE CKT WILL BE CONNECTED TO LATUR MIDC S/S {
PARTIAL M/C AT LATUR MIDC END} AND ANOTHER TO
RENAPUR)
Since the existing 132kV Parli (girwali)-Renapur
S/c line is critically loaded to an extent of 86 MW.
Hence it is suggested to add proposed line to
reduce the loading of existing line and to meet
additional load growth and contingency.
2 132KV LINK LINE
(2009-10)
AURANGBAD 1) 132 KV DC LINE FROM SAWANGI - HARSOOL -10KM It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
1 132KV LINK LINE
(2008-09)
JALNA 1) 132KV KHULTABAD - SAVANGI SCDC LINE - 26KM
WITH BAYS
Only single ckt and single source is available at
Sawangi S/S.
1 220KV LINK LINE
(2008-09)
JALNA 1) 220 KV D/C LINE JALNA - CHIKHALI - 75 KM WITH BAYS To have evacuation facility at Paras Generation
1) 1X100 MVA, 220/132 KV ICT WITH BAYS
2) 1 X 132 KV BAYS
1) 1 X 200MVA, 220/132KV ICT WITH BAYS
2) 2X132KV BAYS
1) ADD. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) 1 X25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) 1 X50 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 6 NOS.
1) ADD. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
3) 4 X 33 KV OUTLETS
1) ADDL. 1 X50 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 6 NOS.
1) ADDL. 1 X25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) ADD. 1 X 50 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 6 NOS.
1) ADDL. 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) ADDL. 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) ADDL. 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) ADDL. 1 X25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33KV OUTLETS - 4 NOS.
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
STRENGTHENING FOR EVACUATION ARRANGEMENT
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
1 220 KV PARLI GCR
(2008-09)
BEED To avoid loss of supply in case of outages or
interruptions on any one transformer
2 220KV JALNA S/S
(2008-09)
JALNA To avoid loss of supply in case of outages or
interruptions on any one transformer
3 132 KV KHULTABAD
S/S
(2008-09)
AURANGABAD To avoid loss of supply in case of outages or
interruptions on any one transformer
4 132KV
AKHADA-BALAPUR S/S
(2008-09)
HINGOLI To avoid loss of supply in case of outages or
interruptions on any one transformer
5 132 KV PURNA S/S
(2008-09)
PARBHANI To avoid loss of supply in case of outages or
interruptions on any one transformer
6 132 KV BASMATH S/S
(2008-09)
PARBHANI To avoid loss of supply in case of outages or
interruptions on any one transformer
7 132 KV MAJALGAON
S/S
(2008-09)
BEED To avoid loss of supply in case of outages or
interruptions on any one transformer
8 132KV AUSA S/S
(2008-09)
LATUR To avoid loss of supply in case of outages or
interruptions on any one transformer
9 132KV CHAKUR S/S
(2008-09)
LATUR To avoid loss of supply in case of outages or
interruptions on any one transformer
10 132 KV RENAPUR S/S
(2008-09)
LATUR To avoid loss of supply in case of outages or
interruptions on any one transformer
11 132KV
MUKHED S/S
(2008-09)
NANDED To avoid loss of supply in case of outages or
interruptions on any one transformer
12 132KV
HIMAYATNAGAR S/S
(2008-09)
NANDED To avoid loss of supply in case of outages or
interruptions on any one transformer
13 132KV
DEGLOOR S/S
(2008-09)
NANDED To avoid loss of supply in case of outages or
interruptions on any one transformer
14 132KV LATUR MIDC
S/S
(2008-09)
LATUR Existing transformer capacity available in S/s is,
132/33 - 1 x 12.5 - 12.22 LOAD
To avoid loss of supply in case of outages or
interruptions on any one transformer
15 132 KV KILLARI S/S
(2008-09)
LATUR To avoid loss of supply in case of outages or
interruptions on any one transformer
134
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1X25 MVA,132/33 KV TF
2) 33KV BAY - 04 NOS
17 220 KV PARLI GCR
(2009-10)
BEED 1) 1X100 MVA, 220/132 KV ICT WITH BAYS The existing transformer capacity available is
220/132 kV, 1X100 MVA and the load reached is
144 MVA To avoid loss of supply in case of
outages or interruptions on any one transformer
additional transformer is proposed.
18 220 KV CHITEGAON
S/S
(2009-10)
AURANGABAD 1) 1 X 100 MVA, 220/132 KV ICT WITH BAYS The existing transformer capacity available is
220/132 kV, 1X100 MVA and the load reached is
59 MVA.To avoid loss of supply in case of outages
or interruptions on any one transformer additional
transformer is proposed.
19 132 kV KUNDALWADI
(2009-10)
Nanded 1)
2)
Add. 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV bays
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is 16 MVATo avoid
loss of supply in case of outages or interruptions
on transformer.
20 132 kV RAIMOHA
(2009-10)
Beed 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is 21 MVATo avoid
loss of supply in case of outages or interruptions
on transformer.
21 132 kV GHANSAWANGI
(2009-10)
Jalna 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is 6 MVATo avoid loss
of supply in case of outages or interruptions on
transformer.
22 132 kV KURUNDA
(2009-10)
Hingoli 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 2 X 25
MVA. And the load reached is 26 MVATo avoid
loss of supply in case of outages or interruptions
on transformer.
23 132 kV NARSI
(2009-10)
Nanded 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25, 1 x
16 MVA. And the load reached is 23 MVATo avoid
loss of supply in case of outages or interruptions
on transformer.
24 132 kV UMRI
(2009-10)
Nanded 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is 20 MVATo avoid
loss of supply in case of outages or interruptions
on transformer.
25 132 kV BASMATH
(2009-10)
Parbhani 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. To avoid loss of supply in case of outages or
interruptions on transformer.
26 132 kV DEOLAI
(SATARA)
(2009-10)
Aurangabad 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is 20 MVATo avoid
loss of supply in case of outages or interruptions
on transformer.
27 132 kV KAIJ *
(2009-10)
Beed 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is14 MVATo avoid loss
of supply in case of outages or interruptions on
transformer.
1 400KV S/S -
AURANGABAD, PARLI
S/S
(2008-09)
AURANGABAD
BEED
1) ADDL. 1 X 500 MVA 400/220 KV, ICT WITH BAYS AT -
AURANGABAD, PARLI S/S
Existing transformer capacity available in
Aurangabad S/s is,400/220 - 2 x 315 - 244 &
Existing transformer capacity available in Parli S/s
is,400/220 - 2 x 315 - 316
Considering the maximum load reach on the 1) 1 X 25 MVA, 220/33 KV T/F WITH BAYS
2) 33KV OUTLETS - 4 NOS.
1) 1 X 100 MVA, 220/132 KV ICT WITH BAYS
2) 132KV BAYS - 2 NOS.
16 132KV ARDHAPUR
S/STN
(2008-09)
AURANGABAD To avoid loss of supply in case of outages or
interruptions on any one transformer
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
2 220 KV JALNA S/S
(2008-09)
JALNA Existing transformer capacity available in S/s
is,132/33 - 1 x 50 - 41 load
132/33 - 1 x 25 - 20 load Considering the
maximum load reach on the transformer, in event
of interruption/outage on any one of the
transformer other transformer should take care of
existing load so as to avoid load shedding.
3 220 KV Osmanabad S/S
(2008-09)
OSMNABAD To feed nearby 132 kv S/s on 132 kv level.
135
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) ADDL. 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) ADDL. 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4X33KV OUTLETS
1) ADD. 1 X 25 MVA, 132/33 KV T/F WITH BAYS
2) 33KV OUTLETS - 4 NOS.
7 220 KV HARANGUL S/S
(2009-10)
LATUR 1) 1 X 200 MVA, 220/132 KV ICT WITH BAYS The existing transformer capacity available is
220/132 kV, 2X200 MVA and the load reached is
181MVATo avoid loss of supply in case of outages
or interruptions on any one transformer additional
transformer is proposed.
8 220 kV OSMANABAD
(2009-10)
Osmanabad 1)
2)
Add1 X 25 MVA , 220/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
50MVA. And the load reached is 49 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load.
9 220 kV MURUD
(2009-10)
Latur 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25 & 1 X 50 MVA and load is 50 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
10 220 kV JALNA-II
(2009-10)
Jalna 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
50 MVA and load is 61 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
11 132 kV AMBAD (JALNA)
(2009-10)
Jalna 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 36 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
12 132 kV ASHTI (BEED)
(2009-10)
Beed 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is,2 X
25 MVA and load is 30 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
13 132 kV BEED
(2009-10)
Beed 1)
2)
Add 1 X 50 MVA, 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25 & 1 X 50 MVA and load is 47 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
14 132 kV GANGAPUR
(2009-10)
Aurangabad 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is, 1
X 25, 1 x 16 MVA and load is 24 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
4 132KV
MANTHA S/S
(2008-09)
JALNA New S/s
5 132KV
GHANSAWANGI S/S
(2008-09)
JALNA New S/s
6 132 KV KINWAT S/S
(2008-09)
NANDED To Eliminate 66 KV level at Kinwat S/s.
136
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
15 132 kV OMERGA
(2009-10)
Osmanabad 1)
2)
Add 1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25, 1 x 16 MVA and load is 30 MVA. Considering
the maximum load reached on the transformer in
the event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
16 132 kV SILLOD
(2009-10)
Aurangabad 1)
2)
Add1 X 50 MVA, 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 & 1 X 50 MVA and load is 54 MVA.
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
17 132 kV TAMSA
(2009-10)
Nanded 1)
2)
Add 1 X 25 MVA A, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
25 & 1 X 12.5 MVA. And the load reached is 24
MVA Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
18 132 kV ELICHPUR
(2009-10)
Aurangabad 1)
2)
Add 1 X 25 MVA A, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25 MVA. And the load reached is 35 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
19 132 kV PARBHANI
(2009-10)
Parbhani 1)
2)
Add 1 X 50 , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
50 & 1 X 25 MVA. And the load reached is 45 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
20 132 kV GEORAI
(2009-10)
Beed 1)
2)
Add1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25MVA. And the load reached is 24 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
21 132 kV PISHOR
(2009-10)
Aurangabad 1)
2)
Add1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
25MVA. And the load reached is 13 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
22 132 kV JALNA-I
(2009-10)
Jalna 1)
2)
Add1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25MVA. And the load reached is 24 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
23 132 kV NANDED-I
(2009-10)
Nanded 1)
2)
Add1 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
50MVA. And the load reached is 53 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load..
24 132 kV HARSOOL
(2009-10)
Aurangabad 1)
2)
Add 1 X 50 MVA, 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
50 MVA and load is 47 MVA. Considering thr
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
137
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220 KV PADEGAON S/S
(2008-09)
AURANGABAD 1) 1 X (200-100) MVA, 220/132 KV ICT WITH BAYS Existing transformer capacity available in S/s is,
220/132 - 4 x 100 - 282
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
1) 1 X (50-25) MVA, 220/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
1) 1X (200-100) 220/132 KV ICTS WITH BAYS
2) 132KV BAY - 4 NO.
1) 2X(50-25) MVA,132/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) REP.(200-80)MVA, 220/132 KV T/F WITH BAYS
2) 132KV BAYS - 2 NOS
1) 2 X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) 2X(50-25) 132/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) 1X(25-16) MVA, 132/33 KV T/F WITH BAYS
1x (50-25)MVA,132/33kv
2) 2X33 KV OUTLETS
3) 8 X 33KV OUTLETS
1) 1 X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
6 132 KV KALAMB S/S
(2008-09)
OSMANABAD Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 43.1 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
NANDED
132 KV BEED S/S
(2008-09)
BEED Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 43.82 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
3 220 KV BEED S/S
(2008-09)
BEED Existing transformer capacity available in S/s
is,220/132 - 2 x 100 - 147 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
5 220KV NANDED II S/S
(WAGHALA)
(2008-09)
Existing transformer capacity available in S/s
is,220/132 - 1 x 200 - 120 load
220/132 - 1 x 150 - 83 load
220/132 - 1 x 80 - 57 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
132 KV OMERGA S/S
(2008-09)
LATUR Existing transformer capacity available in S/s
is,132/33 - 1 x 25 - 19 load
132/33 - 1 x 16 - 12 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
9 132 KV JALNA MIDC
S/S
(2008-09)
JALNA Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 44 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
7
8
4 220KV NANDED II
(WAGHALA) S/S
(2008-09)
NANDED Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 36 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
2 220 KV MURUD S/S
(2008-09)
LATUR Existing transformer capacity available in S/s is,
220/33 - 1 x 25 - 22.33
220/33 - 2 x 50 - 58.20
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
138
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1X (50-25)MVA, 132/33KV T/FS WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) 1X(50-25) MVA, 132/33 KV T/FS WITH BAYS
2) 8X33KV OUTLETS
1) 1 X (50-12.5) MVA, 132/33 KV T/FS WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) 1 X (50-25) MVA, 132/33 KV T/FS WITH BAYS
2) 33 KV OUTLET - 8 NOS.
1) 2X(50-25)MVA, 132/33KV T/FS WITH BAYS
2) 8 X 33KV OUTLETS
1) 1 X (50-25/12.5) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) 1 X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
17 132 KV PARLI S/S
(2008-09)
BEED 1) 2X(50-25) MVA, 132/33 KV T/FS WITH BAYS Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 44.4
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
10 132KV CHIKALTHANA
S/S
(2008-09)
AURANGABAD Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 41load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
11 132 KV PAITHAN S/S
(2008-09)
AURANGABAD Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 30 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
12 132 KV KANNAD S/S
(2008-09)
AURANGABAD Existing transformer capacity available in S/s
is,132/33 -2 x 12.5 - 13 load
132/33 - 1 x 10 - 5 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
13 132 KV VAIJAPUR S/S
(2008-09)
AURANGABAD Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 40 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
14 132KV KURUNDA S/S
(2008-09)
HINGOLI Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 29 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
15 132 KV JINTOOR S/S
(2008-09)
PARBHANI Existing transformer capacity available in S/s
is,132/33 - 1 x 25 - 15 load
132/33 - 1 x 10 - 8 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
AURANGABAD Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 37
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
16 132KV WALUJ
(2008-09)
139
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1X(25-16) MVA, 132/11 KV T/F WITH BAYS AT LATUR
MIDC S/S
2) 1X(25-10) MVA, 132/11 KV T/F WITH BAYS AT LATUR
S/S
3) 4X11KV OUTLETS
1) REP 1X(50-25) 132/33 KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) 1X(50-25) MVA,132/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) 1X(50-25) MVA,132/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) 2 X (50-25/12.5) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 7 NOS.
1) 1 X (25-16) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
1) 1X(50-25) MVA,132/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1 X (50-16) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
1) 1 X (25-12.5) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
18 132 KV LATUR &
LATUR MIDC S/S
(2008-09)
LATUR Existing transformer capacity available in S/s
is,Latur MIDC 132/11 - 1 x 16 - 12.11
Latur-132/11 -2 x 10 - 16.8
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
19 132 KV NILANGA S/S
(2008-09)
LATUR Existing transformer capacity available in S/s
is,132/33 -2 x 25 - 44 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
20 132 KV JALNA (I) S/S
(2008-09)
JALNA Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 41load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
21 132 KV AMBAD S/S
(2008-09)
JALNA Existing transformer capacity available in S/s is,
132/33 - 2 x 25 -45
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
22 132 KV PARTUR S/S
(2008-09)
JALNA Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 45
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
23 132 KV GANGAPUR
S/S
(2008-09)
AURANGABAD Existing transformer capacity available in S/s
is,132/33 - 1 x 25 - 17MW,132/33 - 1 x 16 -
12MWConsidering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
BEED Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 44 MW Considering the
maximum load reach on the transformer, in event
of interruption/outage on any one of the
transformer other transformer should take care of
existing load so as to avoid load shedding.
25 132 KV NARSI S/S
(2008-09)
NANDED Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 16.5
132/33 - 1 x 16 - 10.2
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
26 132 KV TAMSA S/S
(2008-09)
NANDED Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 23
132/33 - 1 x 12.5 - 10
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
24 132 KV ASHTI S/S
(2008-09)
140
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1 X (25-12.5) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
1) 1 X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
1) 1 X (25-10) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 2 NOS.
1) 1 X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 1X(200-100)MVA, 220/132KV ICT
3) 33 KV OUTLET - 4 NOS.
31 132 KV LATUR MIDC
S/S
(2008-09)
LATUR 1) 1 X (25-12.5) MVA, 132/33 KV T/F WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 1 x 12.5 - 12.22
Additional transformer of 132/33 kV
25 MVA is being added during the year 2007-08 to
have redundancy during outage/interuption to cater
the load.So to take care of anticipated load growth
replcement is required.
32 132 KV RENAPUR S/S
(2008-09)
LATUR 1) 1 X (50-25) MVA, 132/33 KV T/F WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 22.3
Additional transformer of 132/33 kV
25 MVA is being added during the year 2008-09 to
have redundancy during outage/interuption to cater
the load.So to take care of anticipated load growth
replacement is required.
1) 1 X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
1) 1X (50-25) MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLET - 4 NOS.
35 132 KV KAIJ
(2008-09)
BEED 1) 1X(50-25)MVA ,132/33KV TF 'S WITH BAYS To avoid loss of supply in case of outages or
interruptions on any one transformer
36 132KV BHOOM
(2008-09)
AURANGABAD 1) 1X(50-25)MVA ,132/33KV TF'S WITH BAYS To avoid loss of supply in case of outages or
interruptions on any one transformer
27 132 KV GEORAI S/S
(2008-09)
BEED Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 18.55
132/33 - 1 x 12.5 - 9.33
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
28 132 KV TELGAON S/S
(2008-09)
BEED Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 45MVA Considering the
maximum load reach on the transformer, in event
of interruption/outage on any one of the
transformer other transformer should take care of
existing load so as to avoid load shedding.
29 132 KV UJANI S/S
(2008-09)
OSMANABAD Existing transformer capacity available in S/s
is,132/33 - 1 x 25 - 15.5 , 132/33 - 1 x 10 - 8.22
.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
30 132 KV PARBHANI S/S
(2008-09)
PARBHANI Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 15.2
132/33 - 1 x 50 - 30.4
220/132- 2 x 100 - 143
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
33 132 KV LATUR (K) S/S
(2008-09)
LATUR Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 32.22
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
34 132 KV UDGIR S/S
(2008-09)
LATUR Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 38.66
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
141
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
37 132KV NALDURG
(2008-09)
LATUR 1) 1X(50-25)MVA ,132/33KV TF'S WITH BAYS To avoid loss of supply in case of outages or
interruptions on any one transformer
38 220 KV BEED S/S
(2009-10)
BEED 1) 1X (200-100) 220/132 KV ICTS WITH BAYS Existing transformer capacity available in S/s is
220/132kV, 2 x 100 MVA. And the load reached is
122 MVA. The transformer is replaced to meet the
anticipated load growth.
39 220 KV PADEGAON S/S
(2009-10)
AURANGABAD 1) 1 X (200-100) MVA, 220/132 KV ICT WITH BAYS Existing transformer capacity available in S/s is
220/132kV,4 X 100 MVA. The load reached is 233
mVA.The transformers are replaced to meet the
anticipated load growth.
40 220 KV PARLI
GIRAVALI
(2009-10)
BEED 1) 1 X (200-100) MVA, 220/132 KV ICT WITH BAYS Existing transformer capacity available in S/s is
220/132kV,3 X 100 MVA. The load reached is 144
MVA.The transformers are replaced to meet the
anticipated load growth.
41 220 kV NANDED-II
(WAGHALA)
(2009-10)
Nanded 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 1X
50MVA and load is 36 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
42 220 kV PARLI GIRWALI
(2009-10)
Beed 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 26 MVA. The transformer is
replaced to meet anticipated load growth
43 132 kV HINGOLI
(2009-10)
Hingoli 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F 4
X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25,1 X 50 MVA and load is 32 MVA. Considering
the maximum load reached on the transformer in
the event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
44 132 kV WALUJ
(2009-10)
Aurangabad 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F 4
X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25,1 X 50 MVA and load is 32 MVA. Considering
the maximum load reached on the transformer in
the event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
45 132 kV CHIKHALTHANA
(2009-10)
Aurangabad 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F 4
X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 29.5 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
46 132 kV GANGKHED*
(2009-10)
Parbhani 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F with bays.
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 33 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
47 132 kV JALNA MIDC
(2009-10)
Jalna 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 34 MVA. The transformer is
replaced to meet anticipated load growth
48 132 kV KANNAD
(2009-10)
Aurangabad 1)
2)
1 X (25-10) MVA, 132/33 kV T/F with bays
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
12.5 MVA and load is 12 MVA. The transformer is
replaced to meet anticipated load growth
49 132 kV SILLOD *
(2009-10)
Aurangabad 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 50 MVA. The transformer is
replaced to meet anticipated load growth
142
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
50 132 kV UDGIR
(2009-10)
Latur 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 24 MVA. The transformer is
replaced to meet anticipated load growth
51 132 kV PAITHAN
(2009-10)
Aurangabad 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 36 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
1) 2X200MVA, 220/132KV ICTS WITH BAYS
2) 2 X 50MVA, 220/33KV T/FS WITH BAYS
3) LILO ON 220 KV BABHALESHWAR - WALUJ LINE AT
DEOGAON RANGARI - 20 KMS
4) 132KV D/C LINE FROM 220 KV DEOGAON RANGARI
(ONE CKT WILL BE CONNECTED TO KANNAD AND
ANOTHER TO PISHOR) {PARTLY D/C AND PARTLY
SCDC} - 30 KM
5) 132KV VAIJAPUR- DEOGAON-RANGARI D/C LINE-
35KM
6) 132KV GANGAPUR - DEOGAON-RANGARI D/C LINE-
40KM
1) 220KV SAWANGI - BHOKARDHAN D/C LINE - 60 KMS
2) 220KV CHIKHALI - BHOKARDHAN D/C LINE - 60 KMS
3) 132KV BHOKARDHAN-SILLOD D/C LINE - 20 KMS
4) 2X100MVA, 220/132KV ICTS WITH BAYS
5) 2 X 50MVA, 220/33KV T/FS WITH BAYS
6) 4X132KV BAYS
7) 132KV LINE - 40 KM WITH BAYS
8) LILO ON 132KV RAJUR - JAFRABAD FOR
BHOKARDHAN-10 KM
1) 132KV LINE FROM 220 KV VALANDI - PANCHINCHOLI
D/C LINE - 20KMS
2) 2 X 25MVA, 132/33KV T/F'S WITH BAYS
3) 8X33KV OUTLETS
1) 132KV HINGOLI - SHENGAON D/C LINE - 30KMS
2) 2 X 25MVA, 132/33KV T/F'S WITH BAYS
3) 8X33KV OUTLETS
1) 132KV GANGAKHED - SONPETH D/C LINE - 40 KMS
WITH BAYS
2) 2 X 25MVA, 132/33KV T/F'S WITH BAYS
3) 8X33KV OUTLETS
1) 220KV D/C LINE FROM 400KV NANDED - 40 KM WITH
BAYS
2) 2X100MVA, 220/132KV ICTS WITH BAYS
3) 2X25MVA, 220/33KV T/FS WITH BAYS
4) 132 KV BHOKAR-HIMAYATNAGAR S/C 30 KM
5) 132 KV BHOKAR-TAMASA S/C 16 KM
6) 8X33KV OUTLETS
1) 132KV LINE FROM 220KV SHELU - PARTUR D/C LINE -
30KMS WITH BAYS
2) 2X100MVA, 220/132KV ICTS WITH BAYS
3) 132KV LINE FROM 220KV SHELU - PATHRI D/C LINE -
22KMS WITH BAYS
4) 220KV LINE FROM 220KV PARBHANI - 220KV SHELU
S/STN -40 KM
NEW SCHEMES
1 220KV DEOGAON
RANGARI S/S
(2010-11)
AURANGABAD Deogaon Rangari-220kV S/S is considered to
meet the load growth in Aurangabd Circle.
2 220KV
BHOKARDHAN S/S
(2010-11)
JALNA Present recorded loading on Sillod-132kv,
Jafrabad-132kV, and Pisor-132kV S/S are 45MW,
15MW, and 25MW respectively. It is anticipated by
the year 2010-11 the load will reach to about
110MW. Hence it is necessary to go in for new
220kV sub-station at Bhokardan.
3 132KV
PANCHINCHOLI S/S
(2010-11)
LATUR Present recorded peak load on Omerga-132kV
and Latur 132kV is 40MW and 50 MW
respectively. It is anticipated by the year 2010-11
the load will reach to about 120 MW. Hence it is
necessary to go in for new 132kV sub-station at
Panchincholi. The new substation Panchincholi-
132kV is proposed in year 2010-11 for reducing
loading on 132kV Nilanga and 132 Latur S/S.
4 132KV
SHENGAON S/S
(2010-11)
HINGOLI Sengaon-132kV S/S is considered to meet the
load growth in Hingoli District.
5 132KV
SONPETH S/S
(2010-11)
PARBHANI Present recorded peak load on Majalgaon-132kV,
Telgaon-132kV and Pathari 30 MW, 30 MW and
20MW. It is anticipated by the year 2010-11 the
load will reach to about 105MW. The new
substation Sonpeth –132kV S/S is proposed in
year 2010-11 for reducing loading on Majalgaon-
132kV, Telgaon-132kV and Pathari 132kV.
6 220KV BHOKAR S/S
(2011-12)
NANDED Present recorded peak on Umerkhed, Tamsa and
Kinwat 132kV S/S are 35, 36 and 20 MW
respectively. It is anticipated by the year 2011-12,
the load will reach about 97MW. Hence it is
necessary to go in for new 220kV sub-station at
Bhokar.
7 220KV
SHELU S/S
(2011-12)
PARBHANI This substation will help to meet the increased
load in Jalna & Parbhani district.
143
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) LILO OF 220KV SAWANGI - BHOKARDAN AT
PHULAMBRI D/C LINE - 25KMS WITH BAYS
2) 132 KV PHULAMBRI-RAJUR D/C WITH BAYS - 25 KM
3) 2 X 100MVA, 220/132KV ICTS WITH BAYS
4) 2 X 50 MVA, 220/33KV T/FS WITH BAYS
5) 12 X 33KV OUTLETS
1) 220KV D/C LINE FROM 400KV NANDED - KRISHNOOR -
30 KMS WITH BAYS
2) 2X200MVA, 220/132KV ICTS WITH BAYS
3) 2X50MVA, 220/33KV T/FS WITH BAYS
4) 132 KV KRISHNOOR - UMRI S/C-15 KM
5) 12 X 33KV OUTLETS
1) 220KV D/C LINE FROM 400KV NANDED TO JALKOT -
65 KMS
2) 2X100MVA, 220/132KV T/F WITH BAY
3) 132KV SCDC LINE TO DEGLOOR S/S - 20 KM
4) 132KV SCDC LINE TO AHAMEDPUR S/S - 20 KM
4) 132KV OUTLETS - 4 NOS
1) 220KV FROM CHITEGAON - PACHOD D/C WITH BAYS-
25KM
2) 132KV AMBAD - PACHOD D/C -30KM
3) 132KV GHANSAWANGI - PACHOD D/C- 30KM
4) LILO ON PAITHAN-GEORAI AT PACHOD- 20KM
5) 2X100MVA, 220/132KV T/F WITH BAY
6) 132KV OUTLETS - 4 NOS
1) 2 X 315 MVA, 400/220KV ICT'S WITH BAYS ,
1 X 105 MVA , 400/ 220 KV 1 PHASE ICT SPARE
2) LILO ON BOTH CKT OF 400 KV DC BHUSAWAL - II -
AURANGABAD - 15 KM
3) 220KV D/C LINE TO PADEGAON S/S -15 KMS WITH
BAYS
13 765KV
AURANGABAD S/S
(2012-13)
AURANGABAD BY PGCIL 400 KVD/C LINE FOR AURANGABAD-II S/S
FROM 765 KV AURANGABAD S/S
Evacuation of Power.
1) 2X500 MVA, 400/220 KV ICT'S WITH BAYS
2) LILO ON 400 KV PARLI (PG) - SOUTH SOLAPUR (PG)
S/C LINE - 10 KM
3) LILO ON 220KV MURUD - SOLAPUR (BALE) AT
OSMANABAD - 10KM
4) 220KV OSMANABAD-II - BARSHI S/C LINE -10KM
5) INTER LINK D/C LINES BETWEEN EXISTING
220 KV OSMANABAD - 400 KV OSMANABAD - 10KM
6) 220KV OSMANABAD-II - TULJAPUR D/C LINE - 40KM
A 66 KV KINWAT
66/33 1X10MVA,1X5MVA , 66/11 1X5MVA
B 66KV HINGOLI
66/33 2X10MVA, 66/11 1X10MVA
C 66 KV PUSAD
66/33 KV 2 x10MVA , 66/11 KV 2X10 MVA
D. 220/66kv PUSAD
220/66KV 2x50MVA,
8 220 KV
PHULAMBRI S/S
(2011-12)
AURANGABAD This substation will help to meet the increased
load in Aurangabad district.
9 220KV
KRISHNOOR S/S
(2011-12)
NANDED Krishnoor is considered to cater the increasing
loads in Nanded District.
10 220KV JALKOT S/S
(2011-12)
LATUR JALKOT 220kV S/S is considered to meet the load
growth and for reliable operation in Parli circle and
also to improve the voltage profile.
11 220KV PACHOD S/S
(2011-12)
AURANGABAD This S/Stn will help to meet the increased load in
Aurangabad district.
12 400/220 KV
AURANGABAD - II
S/S(PANDHARI
PIMPALGAON)
(2012-13)
AURANGABAD Evacuation of Power and to improve voltage
profile.
14 400/220KV
OSMANABAD S/S
(2013-14)
OSMANABAD To reduce the over loading of the existing 220 kV
network in Osmanabad area.To improve the
voltage profile and to meet the upcoming demand.
66KV LEVEL ELIMINATION
1 ELIMINATION OF 66 KV
LEVEL AT
AURANGABAD
NANDED A.132 KV Kinwat s/stn is in existance.To eliminate
66/11 KV at 66 kV Kinwat new 33 /11kv s/stn along
with 2x10 MVA T/F and 33 kv line from 132 kv
Kinwat s/stn is to be established by Discom at
Kinwat. After complition of above said work
66/11kv Kinwat s/stn will be absolate.
HINGOLI B.132 KV Hingoli s/stn is in existance.To eliminate
66/11 KV at 66 kV Hingoli a new 33 /11kv s/stn
alongwith 2x10 MVA T/F and 33 kv line from 132
kv Hingoli s/stn is to be established by Discom at
Hingoli. After complition of above said work
66/11kv Hingoli s/stn will be absolate.
YAVATMAL C.220 KV Pusad s/stn is in existance.To eliminate
66/33 KV & 66/11 KV T/Fs at Pusad s/stn, 2 nos
of new 33 kv s/stn alongwith 2x10 MVA T/F each
and 33 kv line from 220 kv Pusad s/stn
considering load centre are to be established by
Discom at Pusad. After complition of above said
work 66/33kv & 66/11 KV T/Fs at Pusad s/stn will
be absolate.
YAVATMAL D.On getting the above work done at
Sr.No. A, B & C the 220/66 kV 2X50MVA T/F at
220 kv Pusad will be absolate.
144
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132KV LINK LINE
(2010-11)
BEED 1) 132KV PARANDA - KALAMB DC LINE - 66 KM 132kV Kalamb S/S is fed from 132kV Kaij S/s with
S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
2 132KV LINK LINE
(2010-11)
BEED 1) 132KV ASHTI - RAIMOHA SCDC LINE - 40 KM 132kV Ashti S/S is fed from 220kV Ahemadnagar
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
3 132KV LINK LINE
(2010-11)
LATUR 1) 132KV AHMEDPUR - CHAKUR SCDC LINE - 22 KM 132kV Chakur S/S is Tapped on 132kV Harangul-
Udgir S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
4 132KV LINK LINE
(2010-11)
OSMANABAD/
AHMEDNAGAR
1) 2ND CIRCUIT STRINGING OF 132 KV SCDC LINE FROM
PARANDA - KHARDA - 30 KM
Strengthening for wind power evacuation
5 132KV LINK LINE
(2010-11)
LATUR 1) 220KV JALKOT - UDGIR SCDC LINE - 25 KM 132kV Udgir S/S is fed from 220kV Harangul S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
6 132KV LINK LINE
(2010-11)
LATUR 1) 220KV JALKOT - DEGLOOR SCDC LINE - 27 KM 132kV Degloor S/S is fed from 132kV Narsi S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
7 132KV LINK LINE
(2010-11)
LATUR 1) 220KV JALKOT - AHMEDPUR SCDC LINE - 29 KM 132kV Ahemadpur S/S is Tapped on 132kV
Girwali-Renapur S/c line. Hence to provide
uninterrupted supply during planned outages it is
necessary to add proposed line
8 132KV LINK LINE
(2010-11)
PARBHANI 1) 132KV PURNA - BASMATH SCDC LINE - 21 KM 132kV Purna S/S is fed from 132kV Parbhani S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
9 132KV LINK LINE
(2011-12)
NANDED 1) 132KV NANDED - UMRI 2ND CKT STRINGING - 31.73 KM 132kV Umri S/S is fed from 132kV Nanded S/s
with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
10 132KV LINK LINE
(2011-12)
LATUR 1) 132KV UJANI - KILLARI SCDC LINE - 25 KM 132kV Killari S/S is Tapped on 132kV Ujani-
Omerga S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
11 132KV LINK LINE
(2011-12)
JALNA 1) 132KV MAJALGAON - PATHRI SCDC LINE - 35KM To provide uninterrupted supply during planned
outages it is necessary to add proposed line
12 132KV LINK LINE
(2011-12)
JALNA 1) 132KV DUSARBID - MANTHA SCDC LINE - 36 KM To provide uninterrupted supply during planned
outages it is necessary to add proposed line
13 132KV LINK LINE
(2012-13)
JALNA 1) 132KV MAJALGAON - GEORAI SCDC LINE - 25KM To provide uninterrupted supply during planned
outages it is necessary to add proposed line
14 132KV LINK LINE
(2012-13)
PARBHANI 1) 132 KV HIMAYATNAGAR - UMARKHED LINE 2ND CKT
STRINGING - 28.6 KM
132kV Himayatnagar S/S is fed from 132kV
Umarkhed S/s with S/c line. Hence to provide
uninterrupted supply during planned outages it is
necessary to add proposed line
15 132KV LINK LINE
(2012-13)
LATUR 1) 132 KV LILO ON HARANGUL -UJANI SCDC LINE FOR
AUSA- 43KM
132kV Ausa S/S is Tapped on 132kV Harngul-
Ujani S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
As per the methodology stipulated in the guideline of State Grid Code Regulation No. 9.4
The intrastate transmission system shall be capable of withstanding the loss of most severe single infeed without loss of stability.
145
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220 KV LINK LINE
(2010-11)
AURANGABAD 1) 220 KV SHENDRA -SAVANGI SCDC LINE - 25KM Since the existing 220kV Shendra-Savangi line is
critically loaded to an extent of 86 MW. Hence it is
suggested to add proposed line to reduce the
loading of existing line and to meet additional load
growth and contingency.
2 132KV LINK LINE
(2010-11)
BEED /
AHMEDNAGAR
1) LILO ON 132 KV PARLI - PARBHANI AT GANGAKHED
D/C - 15KM
Since the existing 132kV Gangakhed-Parli line is
getting loaded to an extent of 52 MW during Non-
coinsident peak condition. It is anticipated the load
will reach to about critical value by the year 2011-
12. Hence it is suggested to add proposed line to
reduce the loading of existing line and to meet
additional load growth and contingency.
3 132KV LINK LINE
(2010-11)
BEED/
AHMEDNAGAR
1) 132KV SCDC LINE FROM RAIMOHA-PATHARDI -
10KM
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
4 132KV LINK LINE
(2010-11)
BEED 1) 132KV SCDC LINE FROM PATODA - KHARDA -
15KM
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
5 132KV LINK LINE
(2010-11)
BEED 1) 132KV SCDC LINE FROM PATODA - RAIMOHA - 12KM It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
6 132KV LINK LINE
(2012-13)
BEED 1) 132KV BEED - GEORAI LINE 2ND CKT STRINGING -
36KM
Since the existing 132kV Beed - Georai line is
loaded to an extent of 120 MW during Non-
Coinsident peak condition. It is anticipated the load
will reach to about critical value in future. Hence it
is necessary to propose additional line to meet
additional load growth and contingency.
7 132KV LINK LINE
(2012-13)
JALNA 1) 132KV SCDC LINE FROM 220KV PADEGAON-
HARSOOL - 15KM
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
8 220KV LINK LINE
(2012-13)
AURANGABAD 1) 220KV D/C LINE FROM 400KV WALUJ TO SAWANGI -
20KMS
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
9 132KV LINK LINE
(2012-13)
AURANGABAD 1) 132 KV D/C LINE FROM 220 KV PADEGAON TO
SAWANGI - 20KM
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
10 132KV LINK LINE
(2012-13)
BEED 1) CONVERSION OF TAP TO LILO OF 132KV PARLI -
RENAPUR LINE AT AHEMADPUR S/S BY 2ND CKT
STRINGING OF EXISTING AHEMADPUR LINE - 45KMS
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
11 220KV LINK LINE
(2012-13)
AURANGABAD 1) 220KV D/C LINE FROM 400KV BHUSAWAL TO CHIKHALI
- 70KMS
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
12 132KV LINK LINE
(2013-14)
AURANGBAD 1) 132KV LILO ON 2ND CIRCUIT PADEGAON - PAITHAN AT
132KV CHITEGAON - 10KM
Since the existing 132kV Padegaon - Harsool 3
ckts are loaded to an extent of 154 MW during Non-
Coinsident peak condition. It is anticipated the load
will reach to about critical value in future. Hence it
is necessary to propose additional line to meet
additional load growth and contingency.
13 132KV LINK LINE
(2013-14)
AURANGBAD 1) LILO OF 132KV PADEGAON- SAWANGI - BOTH CIRCUIT
AT CHIKHALTHANE- 10KM.
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
146
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
14 132KV LINK LINE
(2013-14)
JALNA 1) 132KV SCDC FROM 220 KV CHIKHALI TO JAFRABAD -
40 KM
It is anticipated the load will reach to about critical
value in future. Hence it is necessary to propose
additional line to meet additional load growth and
contingency.
1 220 KV LINK LINE
(2010-11)
BEED /LATUR/
OSMANABAD
1) 220KV GIRAVALI-HARANGOOL-MURUD SCDC LINE-55
KM
For System strengthning
2 132KV LINK LINE
(2010-11)
HINGOLI 1) 132KV AKHADA BALAPUR - 220KV HINGOLI SCDC LINE -
25 KM
Linking to 132 kV AkhadaBalapur S/S
3 132KV LINK LINE
(2010-11)
LATUR 1) 220KV VALANDI - UDGIR SCDC LINE - 35 KM Linking to Proposed 220 kV Valandi S/s
4 132KV LINK LINE
(2010-11)
LATUR 1) 132KV HARANGUL - LATUR (MIDC) SCDC LINE - 60 KM For System strengthning
5 132 KV LINK LINE
(2010- 11)
AURANGABAD -
AHMEDNAGAR
1) 132KV KHARDA -ASHTI D/C LINE - 35 KM Strengthening for wind power evacuation
6 132KV LINK LINE
(2011-12)
LATUR 1) 132KV NILANGA - PANCHINCHOLI SCDC LINE - 20 KMS Alternate source for proposed 132 kV
Panchincholi S/Stn.
7 132 KV LINK LINE
(2012- 13)
BEED 1) 132KV PANGRI -SONPETH D/C LINE - 15 KMS ALTERNATE SOURCE FOR PROPOSED 132 KV
PANGRI S/S
8 220KV LINK LINE
(2013-14)
JALNA 1) 220KV JALNA - SHELU D/C LINE - 70 KMS ALTERNATE SOURCE FOR PROPOSED 220 KV
SHELU S/S
9 220KV LINK LINE
(2013-14)
BEED 1) 220KV BEED - PACHOD D/C LINE - 70 KMS ALTERNATE SOURCE FOR PROPOSED 220 KV
PACHOD S/S
10 132KV LINK LINE
(2013-14)
AURANGABAD 1) 132KV SCDC LINE FROM 220 KV PHULAMBRI TO
PISHOR - 10 KMS
ALTERNATE SOURCE FOR PROPOSED 220 KV
PHULAMBRI S/S
11 132KV LINK LINE
(2013-14)
NANDED 1) 132KV SCDC LINE FROM 220 KV KRISHNOOR TO
PURNA - 35 KMS
ALTERNATE SOURCE FOR PROPOSED 220 KV
KRISHNOOR S/S
12 132KV LINK LINE
(2013-14)
NANDED 1) 132KV SCDC LINE FROM 220 KV KRISHNOOR TO
KANDHAR - 30 KMS
ALTERNATE SOURCE FOR PROPOSED 220 KV
KRISHNOOR S/S
13 220KV LINK LINE
(2014-15)
NANDED 1) 220KVMALEGAON (WASHIM) - HINGOLI D/C LINE - 40
KMS
ALTERNATE SOURCE FOR PROPOSED 220 KV
HINGOLI S/S
1 132 kV DEOLAI
(SATARA)
(2011-12)
Aurangabad 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. And the load reached is20 MVATo avoid loss
of supply in case of outages or interruptions on
transformer.
1 220 KV PARBHANI S/S
(2010-11)
PARBHANI 1) 1 X 100 MVA, 220/132 KV ICT WITH BAYS The existing transformer capacity available is
220/132 kV, 2X100 MVA and the load reached is
136MVA.To avoid loss of supply in case of
outages or interruptions on any one transformer
additional transformer is proposed.
2 220 kV BEED
(2010-11)
Beed 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
Creation of new 33kV level to meet the anticipated
load growth.
3 400 kV WALUJ
(2011-12)
Aurangabad 1)
2)
Add 1 X 50 MVA , 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in s/s is 1
X 50 MVA. And the load reached is 42 MVA
Considerig the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer
should take care of existing load
4 220 kV BEED
(2011-12)
Beed 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
To meet the anticipated load growth.
5 132 kV LATUR
(2012-13)
Latur 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25 & 1 X 20 MVA and load is18 MVA. Considering
the maximum load reached on the transformer in
the event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
6 132 kV RENAPUR
(2012-13)
Latur 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 22 MVA. Considerig the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
AUGMENTATION OF S/S BY ADDITION OF ICT
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE ICT IS AVAILABLE
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
147
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AURANGABAD EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220 KV BEED S/S
(2010-11)
BEED 1) 1X (200-100) 220/132 KV ICTS WITH BAYS Existing transformer capacity available in S/s is
220/132kV, 1 x 100 MVA and 1X 200 MVA. The
load reached is 132 MVA. The transformer is
replaced to meet the anticipated load growth.
2 220 KV PADEGAON S/S
(2010-11)
AURANGABAD 1) 1 X (200-100) MVA, 220/132 KV ICT WITH BAYS Existing transformer capacity available will be
220/132kV,3 X 100 MVA and 1 X 200 MVA.. The
load will reached 262 MVA.The transformers are
replaced to meet the anticipated load growth.
3 220 KV PARLI
GIRAVALI
(2010-11)
BEED 1) 1 X (200-100) MVA, 220/132 KV ICT WITH BAYS Existing transformer capacity available in S/s will
be 220/132kV,2 X 100 MVA and 1 X 200 MVA. The
load reachedwill be 162 MVA.The transformers are
replaced to meet the anticipated load growth.
4 400KV AURANGABAD
S/S
(2011-12)
AURANGABAD 1) 1X(500-315) MVA, 400/220 KV ICT WITH BAYS The existing transformer capacity available is
400/220 kV, 2X315 MVA and the laod reached is
510 MVA.The transformer is replaced to meet the
anticipated load growth.
5 132 kV GANGKHED
(2010-11)
Parbhani 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 33 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load growth
6 132 kV JALNA MIDC
(2010-11)
Jalna 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 34 MVA. The transformer is
replaced to meet anticipated load growth
7 132 kV UDGIR
(2010-11)
Latur 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 24 MVA. The transformer is
replaced to meet anticipated load growth
8 132 kVPAITHAN
(2010-11)
Aurangabad 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 36 MVA. The transformer is
replaced to meet anticipated load growth
9 220 kV PARLI GIRWALI
(2010-11)
Beed 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 26 MVA. The transformer is
replaced to meet anticipated load growth
10 132 kV UJANI
(2011-12)
Latur 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
The transformer is replaced to meet anticipated
load growth
11 132 kV AUSA
(2011-12)
Latur 1)
2)
1 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
The transformer is replaced to meet anticipated
load growth
12 132 kV AHMEDPUR
(2012-13)
Latur 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F 2
X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
25 & 1 X 50 MVA. And the load reached is 21 MVA
The transformer is replaced to meet anticipated
load growth..
13 132 kV UJANI
(2014-15)
Latur 1)
2)
Add 1 X (50-25) MVA , 132/33 kV T/F 2
X 33 kV out lets.
The transformer is replaced to meet anticipated
load growth
** 1No. TF COMMISSIONED IN 2009-10* COMMISSIONED IN 2009-10
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
148
EHV CC O&M ZONE :
AMRAVATI
149
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
1) 2 x 25 MVA, 220/33 KV T/S WITH BAYS
2) 8 x 33 KV OUTLETS
3) 220 KV D/C LINE WARORA - WANI - 35 KM
4) 2X100MVA,220/132KV
5)132 KV Wani - Pandharkavda D/C line - 30 Kms (
Considered in Additional Link Line)
1) 2 X 25 MVA, 132/33 KV T/F
2) 132 KV D/C ON D/C TOWER ON LILO PARAS-
MALEGAON - 18 CKT.KM
3) 8 X 33 KV OUTLET
1) 132 KV D/C YAVATMAL TO GHATANJI S/S - 36
KM
2) 2X25 MVA, 132/33KV T/F WITH BAY
3) 33KV OUTLET - 8 NOS.
4) 132KV LINE BAY- 04NOS
1) 2X25MVA, 132/33KV T/FS WITH BAYS
2) 132KV D/C LINE FROM AKOLA MIDC S/STN TO
BARSHI TAKLI - 50 KM
3) 33KV OUTLETS - 08NOS
1) 2 X 25 MVA , 132/33KV T/F WITH BAY.
2) 132 KV D/C YAVATMAL TO PANDHARKAWADA -
60 KM
3) 33KV OUTLETS - 08NOS
1) 2X100MVA, 220/132KV ICTS WITH BAYS
2) 220KV BALAPUR - MALEGAON D/C LINE - 52
KM WITH BAYS
3) 132KV SCDC LINE FROM MALEGAON - II TO
PATUR - 25KM
4) 132KV REORIENTATION FROM OLD 132KV TO
PROPOSED 220KV MALEGAON S/STN -20KM
1)
2)
3)
LILO ON 220KV AMRAVATI -BADNERA AT
NANDGAON PETH - 10KMS WITH BAYS
2nd CKT STRINGING OF 220 KV AMARAVATI-
BADNERA-15 KM WITH BAYS
132 KV WARUD-NANDGAON PETH SCDC LINE-
50 KM WITH BAYS
4)
5)
2 X 50 MVA, 220/33KV T/FS WITH BAYS
2 X 100 MVA, 220/132KV T/FS WITH BAYS
6) 12 X 33KV OUTLETS
1) 2 X 100 MVA, 220/132KV T/FS WITH BAYS
2) 2 X 50 MVA, 220/33 KV T/FS WITH BAYS
3) LILO ON 220KV PUSAD - NANDED AT GHATODI
- 10 KMS WITH BAYS
4) LILO ON 132KV PUSAD - JAMBAZAR AT
GHATODI - 10 KMS WITH BAYS
5) LILO ON132KV PUSAD - DIGRAS AT GHATODI -
10 KMS WITH BAYS
6) 33 KV OUTLETS - 8 NOS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV DUSARBID - DEOLGAON RAJA D/C
LINE - 20 KM WITH BAYS
3) 33 KV OUTLETS - 8 NOS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV MURTIZAPUR D/C LINE FROM AKOLA -
220KV APATAPA S/STN- 45 KM WITH BAYS
3) 33 KV OUTLETS - 8 NOS
132 KV S/S
PANDHARKAWADA -II
(2009-10)
YAVATMAL
7 220 KV NANDGAON PETH S/S
(2009-10)
5 To eliminate 66kV level
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
SPILL OVER SCHEMES
TOTAL SCOPE OF WORK
4
VOLTAGE IMPROVEMENT & LOAD CATERING. 132
KV Wani - Pandharkavda D/C line - 30 Kms. Is
proposed in 2009 - 10.
2 132 KV PATUR S/S *(2008-09)
AKOLA It is necessary to go in for new 132kV sub-station at
Partur. The new substation Partur-132kV is proposed on
LILO of existing 132kV Paras-Malegaon line of 10kM in
year 2009-10 for reducing loading on Akola-132kV S/S.
1 220 KV WANI S/S
(2008-09)
YAVATMAL
132KV BARSHI-TAKLI S/S
(2008-09)
AKOLA VOLTAGE IMPROVEMENT & LOAD CATERING
3 132KV
GHATANJI S/S
(2008-09)
YAVATMAL VOLTAGE IMPROVEMENT & LOAD CATERING
6 220KV MALEGAON II S/S
(2009-10)
WASHIM Present recorded peak load on Malegaon-132kV,
Mehkar 132kV and Partur 132kV S/S are 26MW, 35
MW and 20 MW respectively. It is anticipated by the
year 2010-11 the load will reach to about 105MW.
Hence it is necessary to go in for 220kV sub-station at
Malegaon. By the commissioning of this substation,
voltage profile of Amaravathi Circle will improve.
AMRAVATI Amravati-MIDC 220kV S/S is considered for Amravati
industrial load.
9 132 KV DEOLGAON RAJA S/S
(2009-10)
BULDHANA Present recorded peak load on Jalna-132kV is 50MW. It
is anticipated by the year 2009-10 that the load will
reach to about 60MW. Hence it is necessary to go in for
new 132kV sub-station at Deolgaon-Raja.
8 220KV GHATODI S/S
(2009-10)
YAVATMAL Ghatodi-220 kV S/S is considered for reducing the
loading of Pusad-132kV & Digas-132kV S/S and also
for reducing the loading of existing 220/66kV
transformer at Pusad-220kV S/S. This S/Stn is
proposed for evacuation of power.
10 132 KV MURTIZAPUR S/S
(2009-10)
AKOLA Inplace of 132 kv Durgwada s/s as existing 132 kV
Durgwada S/s having sinking problem
150
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
A 66KV AMRAVATI
66/33KV , 1 X 10 MVA
B 66/11KV AMRAVATI MIDC
66/11 KV, 2 X 10 MVA
C 66/33 KV MURTIZAPUR
66/33 KV , 2 X 5 MVA
D 66 KV KARANJA
66/33KV 2x10MVA , 66/11 KV,2 X 10 MVA
E 66/11 KV CHANDUR RLY.
66/11 KV 2 X 5 MVA
F 66/11 KV DHAMANGAON RLY
66/11 KV 2 X 5 MVA
G 66/33KV OF 132/66KV AMRAVATI
66/33 KV 1X10 MVA
H 132/66 KV PARAS
132/66 KV , 1X 25 MVA
1 132KV LINK LINE
(2008-09)
WASHIM 1) 132KV WASHIM - JAMBAZAR SCDC LINE - 43
KM
132kV Jambazar S/S is fed from 132kV Pusad S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
2 132KV LINK LINE
(2008-09)
AMARAVTI 1) 132 KATOL - WARUD SCDC LINE -76 KM WITH
BAYS
132kV Katol S/S is fed from 132kV Kalmeshwar S/s with
S/c line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
3 132KV LINK LINE
(2009-10)
AKOLA 1) 132 KV WASHIM - MANGURLPIR (STRINGING
ONLY) - 33 KM WITH BAYS
132kV Mangrulpir S/S is fed from 132kV Malegaon S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add proposed
line
4 132KV LINK LINE
(2009-10)
YAVATMAL 1) 132KV UMARKHED - GUNJ (STRINGING ONLY) -
21.67 KM
132kV Gunj S/S is fed from 132kV Pusad S/s with S/c
line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
1 132KV LINK LINE
(2009-10)
YAVATMAL 1) LILO ON YAVATMAL - PANDHARKAWADA LINE
AT GHATANJI S/S - 15KM
Since 132kv D/C line from Yavatmal - Ghatanji S/Stn
proposed in year 2008-09 under new scheme is
practically not feasible so this alternate arrangement is
proposed.
1 132KV LINK LINE
(2009-10)
YAVATMAL 1) 132 KV WANI - PANDHARKAVDA D/C LINE - 30
KMS WITH BAYS
To have evacuation facility for open access
D.132kv Karanja s/stn is proposed during 2008-09.To
Eliminate 66 kV Karanja S/stn, new 33/11kv substation
with 3x 10 MVA T/F and 33 kv line from 132 Karanja
S/stn is to be established by DISCOM at Karanja. After
completing the said work the 66 kV, Karanja s/stn will be
absolate.
AKOLA
AMARAVATI
YAVATMAL F. 220 kV Dhamangaon s/stn is in existance.To
Eliminate 66 kV Dhamangaon Rly. S/stn, new 33/11kv
substation with 2x 5 MVA T/F and 33 kv line from 220 kv
Dhamangaon S/stn is to be established by DISCOM at
Dhamangaon Rly.After completing the said work the 66
kV, Dhamangaon RLy s/stn will be absolate.
STRENGTHENING FOR EVACUATION ARRANGEMENT
G. After completing work at Sr.No.A&B a 66/33 KV T/F
at 132/66 kv Amravati S/stn will be absolate.
H. After completion of works at Sr.No. A to G 132/66 kv
T/F at Amravati s/stn will be absolate and also 132/66
kv T/F at Paras s/stn will be absolate.
AKOLA
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
66KV LEVEL ELIMINATION IN AMARAVATI, AKOLA DISTRICT
1 ELIMINATION OF 66KV LEVEL IN
AKOLA DISTRICT
(2008-09)
AMARAVATI A.To Eliminate 66 kV Amravati S/stn, new 33/11kv
substation with 2x 5 MVA T/F and 33 kv line from 220 kv
Amravati S/stn is to be established by DISCOM at
Amravati. After completing the said work the 66 kV,
Amravati s/stn will be absolate.
AMARAVATI B.To Eliminate 66 kV MIDC Amravati S/stn, new
33/11kv substation with 2x 10 MVA T/F and 33 kv line
from 220 kv Amravati S/stn is to be established by
DISCOM at MIDC Amravati. After completing the said
work the 66 kV, MIDC Amravati s/stn will be absolate.
AKOLA C. 132kv Murtizapur s/stn is proposed during 2009-
10.To Eliminate 66 kV Murtizapur S/stn, new 33/11kv
substation with 2x 5 MVA T/F and 33 kv line from 132
Murtizapur S/stn is to be established by DISCOM at
Murtizapur. After completing the said work the 66 kV,
Murtizapur s/stn will be absolate.
E. To Eliminate 66 kV Chandur Rly S/stn, new 33/11kv
substation with 2x 5 MVA T/F and 33 kv line from 220 kv
Dhamangaon S/stn is to be established by DISCOM at
Chandur Rly. After completing the said work the 66 kV,
Chandur Rly. s/stn will be absolate.
AMARAVATI
151
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 1X100MVA, 220/132KV ICT WITH BAY
2) 1X (50-25)MVA, 220/33 KV T/F
3) 132 KV BAYS - 2 NOS.
4) 2X33 KV OUTLETS
1) ADDL. 1X 25 MVA, 132/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
1) 1X25 MVA 220/33KV T/F
2) 33KV OUTLETS - 4NOS.
4 220KV CHIKHALI S/S
(2008-09)
BULDHANA 1)
2)
1 X 100MVA, 220/132KV ICT WITH BAYS
132 KV BAYS - 2 NOS.
To avoid loss of supply in case of outages or
interruptions on any one transformer
1) ADDL 1X25 MVA 132/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
1) 1X25MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4 NOS.
1) 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADD 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADD 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4NOS.
1) ADD 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4NOS.
1) ADD 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4NOS.
1) ADD 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4NOS.
1) 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4NOS.
14 400kV AKOLA S/S
(2009-10)
Akola 1)
2)
3x105MVA , 400/220KV ICT WITH BAYS
220 KV BAYS - 3 NOS.
To avoid loss of supply in case of outages or interruption
on any one transformer
15 220 kV DHAMANGAON
(2009-10)
Yeotamal 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. &
load reached is 4 MVA To avoid loss of supply in case
of outages or interruptions on transformer.
16 132 kV DARYAPUR
(2009-10)
Amaravati 1)
2)
Add 1 X25 MVA, 132/33 kV T/F with bays
4 x 33 kV outlets
Existing transformer capacity available in S/s is 1 X
25MVA and load is 11. MVA. The transformer is
replaced to meet anticipated load growth.
17 132 kV HIVERKHED
(2009-10)
Akola 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. &
load reached is 7 MVA To avoid loss of supply in case
of outages or interruptions on transformer.
18 132 kV TIWSA
(2009-10)
Amaravati 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA.&
load reached is 8 MVA To avoid loss of supply in case
of outages or interruptions on transformer.
AMRAVATI To avoid loss of supply in case of outages or
interruptions on any one transformer
1 220KV PUSAD S/S
(2008-09)
YAVATMAL To avoid loss of supply in case of outages or
interruptions on any one transformer
5 132KV DUSARBID S/S
(2008-09)
3 220KV DHAMANGAON S/S *
(2008-09)
To avoid loss of supply in case of outages or
interruptions on any one transformer
BULDHANA
BULDHANA
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
220KV AKOLA - II S/S *
(2008-09)
AKOLA To avoid loss of supply in case of outages or
interruptions on any one transformer
To avoid loss of supply in case of outages or
interruptions on any one transformer
2
7 132 KV DARYAPUR S/S
(2008-09)
AMRAVATI
6 132KV MOTALA
(2008-09)
To avoid loss of supply in case of outages or
interruptions on any one transformer
8 132 KV RISOD S/S *
(2008-09)
WASHIM To avoid loss of supply in case of outages or
interruptions on any one transformer
9 132KV DARWHA S/S*
(2008-09)
YAVATMAL To avoid loss of supply in case of outages or
interruptions on any one transformer
10 132KV UMERKHED S/S*
(2008-09)
YAVATMAL To avoid loss of supply in case of outages or
interruptions on any one transformer
11 132KV DIGRAS S/S*
(2008-09)
YAVATMAL To avoid loss of supply in case of outages or
interruptions on any one transformer
12 132KV JAMBAZAR S/S
(2008-09)
YAVATMAL To avoid loss of supply in case of outages or
interruptions on any one transformer
132KV GUNJ S/S
(2008-09)
YAVATMAL To avoid loss of supply in case of outages or
interruptions on any one transformer
13
152
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220KV YAVATMAL *
(2009-10)
YAVATMAL 1) 1X100 MVA, 220/132KV ICTS WITH BAYS Newly Introduced 220/132kV Level to feed 132 kV
Darwha S/s as an alternate source.
1) 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 2X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 8 NOS.
1) 1X25 MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4NOS.
1) REP.2X25MVA, 132/66KV T/FS BY 132/33KV
2) DOWN GRADATION OF 66KV TO 33KV S/S
1) 1X(200-150)MVA, 220/132KV ICT
2) 2X132KV BAYS
1) 1X(50-25)MVA, 220/33KV T/FS WITH BAYS
2) 33KV OUTLETS - 8 NOS.
1) 1 X (50 -25) MVA, 132/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) 1X(25-12.5), 132/33KV T/FS WITH BAYS
2) 33KV OUTLETS - 4 NOS.
1) 1 x (25-10) MVA, 132/33 KV T/F
2) 33KV OUTLETS - 2 NOS.
1) 1X(50-25) MVA, 132/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 2 NOS.
8 132KV MORSHI S/S
(2008-09)
AMRAVATI 1) 1X(25-10), 132/33KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 2 x 10 - 15.1 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
ICT PROPOSED TO INTRODUCE 132 LEVEL.
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
1 132 KV ACHALPUR S/S*
(2008-09)
AMRAVATI Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 21.8 load
132/33 - 2 x 10 - 20.4 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
2 132 KV LALKHEDI S/S * *
(2008-09)
AMRAVATI Existing transformer capacity available in S/s is,
132/33 - 2 x 16 - 13 load
Hence it is necessary to propose additional transformer
to meet additional load growth and contingency.
3 132KV AKOLA MIDC S/S
(2008-09)
AKOLA Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 29 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
5 132KV ANJANGAON*
(2008-09)
AMRAVATI Existing transformer capacity available in S/s is,
132/33 - 2 x 12.5 - 19.8 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
6 132KV CHANDURBAZAR S/S
(2008-09)
AMRAVATI Existing transformer capacity available in S/s is,
132/33 - 2 x 10 - 19.4 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
1 220KV AMARAVATI S/S
(2008-09)
AMRAVATI To Eliminate 66 kV Level
2 220KV AMRAVATI S/S *
(2008-09)
AMRAVATI Existing transformer capacity available in S/s is,
220/132 - 1 x 150 - 114.5 load
220/132 - 1 x 100 - 80.2 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
3 220KV YAVATMAL*
(2008-09)
YAVATMAL Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 37.2 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
4 220KV CHIKHALI S/S *
(2008-09)
BULDHANA Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 19.3 load
The transformers are replaced to meet anticipated load
growth.
7 132KV MEHEKAR S/S *
(2008-09)
BULDHANA Existing transformer capacity available in S/s is,
132/33 - 2 x 25 - 24.2 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
153
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
9 132KV WARUD S/S *
(2008-09)
AMRAVATI 1) 1X(25-10), 132/33KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 1 x 25 - 12.7load
132/33 - 1 x 10 - 5.06 load
The transformers are replaced to meet anticipated load
growth.
10 132KV
AKOT S/S**
(2008-09)
AKOLA 1) 2 X (50 -25) MVA, 132/33KV T/FS WITH BAYS Existing transformer capacity available in S/s is,
132/33 - 1 x 25, 1 x 10 - 31.78 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
1) 1X(25-12.5), 132/33KV T/FS WITH BAYS
2) 33KV OUTLETS - 4 NOS.
12 220KV AKOLA S/S
(2009-10)
AMRAVATI 1) 1X(200-150) MVA, 220/132KV ICT WITH BAYS The existing transformer capacity available in S/s is
220/132kV 2 X 150 MVA.The load reached is 163 MVA.
The transformer is replaced to meet the anticipated load
growth.
13 220 KV CHIKHALI S/S
(2009-10)
BULDHANA 1) 1X(200-100) MVA, 220/132KV ICT WITH BAYS The existing transformer capacity available in S/s is
220/132kV 2 X 100 MVA.The load reached is
138MVA.The transformer is replaced to meet the
anticipated load growth.
14 132 KV MORSHI
(2009-10)
Amaravati 1)
2)
1 X (50-25) , 132/33 kV T/F with bays.
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X 10 &
1 X 25 MVA. And the load reached is 10 MVA
TConsidering the maximum load reached on the
transformer in the event of interruptions/outage on any
one of the transformer other transformer should take
care of existing load
15 132 KV MEHKAR *
(2009-10)
Buldana 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
2 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 44 MVA. The transformer is replaced
to meet anticipated load growth.
16 220 KV CHIKHALI *
(2009-10)
Buldana 1)
2)
2 X (50-25) MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X 50 &
1 X 25 MVA. And the load reached is 24 MVA
TConsidering the maximum load reached on the
transformer in the event of interruptions/outage on any
one of the transformer other transformer should take
care of existing load
11 132KV ANJANGAON S/S
(2008-09)
AMRAVATI Existing transformer capacity available in S/s is,
132/33 -2 x 12.5 - 19.8 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any one
of the transformer other transformer should take care of
existing load so as to avoid load shedding.
154
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 220KV LINE FROM 400KV AKOLA -
ANJANGAON D/C LINE - 45KMS WITH BAYS
2) 2 X 100MVA, 220/132KV ICTS WITH BAYS
3) 2 X 50 MVA, 220/33KV T/FS WITH BAYS
4) 4 X 132KV BAYS
5) 12 X 33KV OUTLETS
6) LILO ON 132KV KATOL -132KV ANJANGAON
S/S AT 220KV ANJANGAON NEW S/STN-14 KM 7) LILO ON 132KV ACHALPUR -132KV
ANJANGAON S/S FOR 220KV ANJANGAON 8) 132KV SCDC LINE TOD ARYAPUR S/S- 30 KM
WITH BAYS1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV FROM 220KV BALAPUR - JALGAON
JAMOD D/C LINE-30 KM WITH BAYS
3) 33 KV OUTLETS - 8 NOS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV YAVATMAL - YAVATMAL MIDC D/C
LINE - 13 KM WITH BAYS
3) 33 KV OUTLETS - 8 NOS
1) 2 X 100 MVA, 220/132 KV T/FS WITH BAYS
2) 220 KV D/C KALMESHWAR -WARUD - 70 KM
WITH BAYS
3) 132 KV OUTLETS - 4 NOS
4) 132 KV D/C LINE TO WARUD- I S/S -5 KM WITH
BAYS
5) LILO OF 132 KV WARUD - MORSHI S/S AT
220KV WARUD - 30 KM
1) 765/400 KV , 4 X 500 MVA , 1 - PHASE ICT'S
WITH BAYS
2) 765 KV AKOLA -II - AURANGABAD 2 X S/C
QUAD LINE - 420 KM
3) 400KV LINE FROM AKOLA - II - AKOLA -I D/C
QUAD
A 66 KV DARWHA
(66/33 KV,1X10 MVA, 66/11 KV 1 X5 MVA)
B 66 KV DIGRAS
(66/11KV, 2X 5 MVA, 66/33 KV 1 X 10 MVA)
C 66 KV GHATANJI
66/33 KV,2X10 MVA
D 66 KV PANDHARKAVDA
66/33 2x10 ,66/11 KV, 2 X 5 MVA
E 220/66 KV YAVATMAL
(220/66 KV, 1X 50 MVA)
NEW SCHEMES
2 132 KV S/S AT JALGAON - JAMOD
(2010-11)
BULDHANA Jalgaon Jamod is considered for catering increasing
loads in Buldhana District.
1 220 KV ANJANGAON II S/S
(2010-11)
YAVATMAL It is necessary to go in for 220kV sub-station at
Anjangaon. Anjangaon-220kV S/S is fed from
Amaravathi by constructing 220kV D/C line of 52kM
length.
3 132 KV YAVATMAL MIDC S/S
(2010-11)
YAVATMAL Yavatamal MIDC –132kV S/S is considered for the
Industrial load coming in year 2010-11.
4 220KV WARUD II S/S
(2011-12)
AMRAVATI To meet the increased load in that area.
5 765/400 KV AKOLA -II S/S
( 2012-13)
AKOLA Evacuation of Power.
66KV LEVEL ELIMINATION IN AMARAVATI, AKOLA DISTRICT
1 ELIMINATION OF 66KV LEVEL IN
YAVATMAL DISTRICT
(2010-11)
YAVATMAL A.132kv Darwha s/stn is in existance.To Eliminate 66
kV Darwha S/stn, new 33/11kv substation with
2x 5 MVA T/F and 33 kv line from 132 Darwha S/stn is
to be established by DISCOM at Darwha. After
completing the said work the 66 kV, Darwha s/stn will be
absolate.
B.132kv Digras s/stn is in existance.To Eliminate 66 kV
Digras S/stn, new 33/11kv substation with 2x 10 MVA
T/F and 33 kv line from 132 Digras S/stn is to be
established by DISCOM at Digras. After completing the
said work the 66 kV, Digras s/stn will be absolate.
C.132kv Ghatanji s/stn is proposed during 208-09.To
Eliminate 66 kV Ghatanji S/stn, new 33/11kv substation
with 2x 10 MVA T/F and 33 kv line from 132 Ghatanji
S/stn is to be established by DISCOM at Ghatanji. After
completing the said work the 66 kV, Ghatanji s/stn will
be absolate.
D.132 kv Pandarkavda s/stn is proposed during 2009-
10.To Eliminate 66 kV Pandharkavda S/stn,new
33/11kv substation with 3x 10 MVA T/F and 33 kv line
from 132 kv Pandharkavda S/stn is to be established by
DISCOM at Pandharkavda. After completing the said
work the 66 kV, Pandharkavda s/stn will be absolate.
E. After getting the above work done at Sr.No. A,B,C&D
the 220/66 kv T/F at 220 kv Yavatmal S/stn.will be
absolate.
155
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132KV LINK LINE
(2010-11)
YAVATMAL 1) 132KV DIGRAS - DARWHA SCDC LINE - 27 KM 132kV Darwha S/S is fed from 132kV Digraj S/s with S/c
line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
2 132KV LINK LINE
(2011-12)
AMRAVATI 1) 132KV DARYAPUR - ANJANGAON SCDC LINE -
30 KM
132kV Daryapur S/S is fed from 132kV Durgwada S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add proposed
line
3 132KV LINK LINE
(2011-12)
AKOLA 1) 132KV DC LINE FROM 132KV MURTIZAPUR -
RAILWAY TSS - 15KM
System Strengthining.
4 132KV LINK LINE
(2011-12)
YAVATMAL 1) 132KV SCDC LINE FROM 132KV YAVATMAL -
DARVA - 40 KM
System Strengthining.
5 132KV LINK LINE
(2011-12)
AKOLA 1) 2ND CIRCUIT STRINGING OF 132KV AKOT-
HIWARKHED LINE-20 KM
132 kV Hiwarkhed S/s. is fed from 132 kV Akot S/s. with
S/C line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
6 132KV LINK LINE
(2012 - 13 )
AMRAVATI 1) 2ND CIRCUIT STRINGING OF 132KV KATOL-
BHARSHINGI-WARUD LINE-50 KM
System Strengthining.
7 132KV LINK LINE
(2012 - 13 )
BULDHANA 1) 2ND CIRCUIT STRINGING OF 132KV CHIKHALI -
DHAD LINE - 22 KM
132 kV Dhad S/s. is fed from 132 kV Chikhali S/s. with
S/C line. Hence to provide uninterrupted supply during
planned outages it is necessary to add proposed line
1 220KV LINK LINE
(2010-11)
WARDHA 1) 220KV WARDHA II -YAVATMAL SCDC LINE - 80
KM WITH BAYS
Since the existing 220kV Wardha-I-Yavatmal S/c line is
critically loaded to an extent of 263 MW. Hence it is
suggested to add proposed line to reduce the loading of
existing line and to meet additional load growth and
contingency.
1 220KV LINK LINE
(2011-12)
AKOLA 1) 220 KV AKOLA -BALAPUR (MIDC) D/C LINE - 27
KM WITH BAYS
To have evacuation facility for additional 1 x 250 MW for
gen at Paras
2 220KV LINK LINE
(2011-12)
YAVATMAL 1) 220KV GHATODI - WANI D/C -320KM To have evacuation facility for open access
1 220KV LINK LINE
(2011-12)
HINGOLI 1) 220 KV D/C LINE FROM GHATODI - HINGOLI
SCDC LINE -85 KM WITH BAYS
Additional Line is considered to
strengthen the Network
2 132KV LINK LINE
(2012-13)
AKOLA 1) 132KV SCDC LINE FROM 132KV MURTIZAPUR -
KARANJA - 35KM
Additional Line is considered to
strengthen the Network
3 132KV LINK LINE
(2012-13)
BULDHANA 1) 132KV SCDC LINE FROM 132KV DEOLGAON
RAJA - DHAD -50KM
Additional Line is considered to
strengthen the Network
4 132KV LINK LINE
(2012-13)
BULDHANA 1) 132KV SCDC LINE FROM 132KV JALGAON
JAMOD - HIWARKHED - 40KM
Additional Line is considered to
strengthen the Network
1 220KV YAVATMAL
(2010-11)
YAVATMAL 1) 1X100 MVA, 220/132KV ICTS WITH BAYS
132KV BAYS - 2NOS
Newly Introduced 220/132kV Level to feed 132 kV
Darwha S/s as an alternate source.
1 132 kV CHANDUR BAZAR *
(2010-11)
Amaravati 1)
2)
1 X 25 MVA , 132/33 kV T/F with bays.
4X 33 kV out lets.
Existing transformer capacity available in s/s is 1X 25 &
1 X 10 MVA. And the load reached is 22 MVA
Considering the maximum load reached on the
transformer in the event of interruptions/outage on any
one of the transformer other transformer should take
care of existing load
2 220 kV DHAMANGAON
(2013-14)
YAVATMAL 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25 MVA. &
load reached is 4 MVA To avoid loss of supply in case
of outages or interruptions on transformer.
1 220 KV AKOLA S/S
(2010-11)
AMRAVATI 1) 1X(200-150) MVA, 220/132KV ICT WITH BAYS
132KV BAYS - 2NOS
The existing transformer capacity available in S/s is
220/132kV 1 X 150and 1 X 200 MVA.The load reach will
be 175 MVA.The transformer is replaced to meet the
anticipated load growth.
2 220 KV CHIKHALI S/S (2010-
11)
BULDHANA 1) 1X(200-100) MVA, 220/132KV ICT WITH BAYS
132KV BAYS - 2NOS
The existing transformer capacity available in S/s is
220/132kV 1 X 100and 1 X 200 MVA.The load will be
reach156 MVA.The transformer is replaced to meet the
anticipated load growth.
3 220KV WANI S/S
(2010-11)
1)
2)
1 X (50-25) MVA , 220/33 kV T/F with bays.
2 X 33 kV out lets.
To cater upcoming load & for redundacy.
4 132 KV MEHKAR
(2010-11)
Buldana 1)
2)
1) 1 X (50-25) MVA , 132/33 kV T/F with bays.
2) 2 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X 25
MVA and load is 44 MVA. The transformer is replaced
to meet anticipated load growth.
5 132 KV AKOT *
(2011-12)
Akola 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25MVA. And the load reached is 23 MVA The
transformer is replaced to meet anticipated load growth.
6 220KV WANI S/S
(2011-12)
1)
2)
1 X (50-25) MVA , 220/33 kV T/F with bays.
2 X 33 kV out lets.
To cater upcoming load & for redundacy.
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
STRENGTHENING FOR EVACUATION ARRANGEMENT
AUGMENTATION OF S/S BY REPLACEMENT OF ICT/TF
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
AUGMENTATION OF S/S BY ADDITION OF ICT/ TF
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF ICT/TF
156
STU/TRANS/DOC-04 - W.E.F 01/04/2010
SR NO NAME OF THE SUBSTATION DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
AMRAVATI EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
7 132 KV AKOT *
(2012-13)
Akola 1)
2)
1 X (50-25) MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25MVA. And the load reached is 23 MVA The
transformer is replaced to meet anticipated load growth.
* * * 1 No. TF. COMMISSIONED IN 2009 - 10.COMMISSIONED IN 2009 - 10
157
EHV CC O&M ZONE :
NAGPUR
158
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
1) 132 KV DC LINE FROM 220 KV HINGANGHAT
S/S - 24 KM
2) 2 x 25 MVA, 132/33 KV T/F WITH BAYS
3) 8 x 33 KV OUTLETS
1) 132 KV D/C LINE FROM ASGOAN TO
LAKHANDUR 46 KM
2) 2 X 25 MVA, 132/33 KV T/F WITH BAYS
3) 33 KV OUTLET - 8 NOS.
1) A) ESTABLISHMENT OF 220/132/33 KV S/S
WITH 2x50MVA, 220/33 KV T/F AT
UPPALWADI
B) ESTABLISHMENT OF 220/132/33 KV S/S
WITH 2x100 MVA, 220/132 KV ICT, 2x50MVA,
220/33 KV T/F AT MANKAPUR
C) ESTABLISHMENT OF 220/132/33 KV S/S
WITH 2x100 MVA, 220/132 KV ICT, 1x50MVA,
220/33 KV T/F AT NEW PARDI
D) ESTABLISHMENT OF 220/132/33 KV S/S
WITH 2x100 MVA, 220/132 KV ICT AT
BUTIBORI II
E)2x50MVA, 220/33 KV T/F AT BUTIBORI III
CONSTRUCTION OF 220 KV LINK LINES
CONNECTING THE SUBSTATIONS ON NAGPUR
RING MAIN, viz.
i) 220 KV Khaperkheda - Uppalwadi D/C line
O/H - 12KM & U/G - 1 KM
ii)220KV UPPALWADI - MANKAPUR M/C line
O/H - 8KM & U/G - 2.5KM
iii)220KV UPPALWADI - PARDI M/C line
O/H - 13.5KM & U/G - 0.5KM
iv) 220KV NEW PARDI -BUTTIBORI III D/C line
1)M/C line from Pardi to Loc . No 68 of Ex. 132KV
line 21KM
2)Only stringing from Loc. No 68 to 47 on M/C tower
6KM
3)D/C line from Loc . No 68 of Ex. 132KV line to
Butibori III 14.5KM & U/G - 1KM ( Pardi end)
v) 220KV OLD BUTTIBORI - BUTTIBORI III with
reorientation near Old B'bori -D/C on M/C line - 1.5
KM
Only stringing on M/c towers of 220KV Koradi-
Butibori 38KM & U/G - 0.5KM ( M/C near A'zari
end)
220KV AMBAZARI - MANKAPUR M/C line
O/H - 13KM & U/G - 4KM
i) IInd ckt. stringing of 220KV Kanhan Umred
O/H : 51 KM & LILO of same at Pardi S/s
O/H : 7 KM U/G : 4KM
ii) LILO ON KHAPARKHEDA (OLD) - WARDHA
FOR BUTTIBORI III D/C on M/C line- 1 KM
Additional Lines : i) 132 KV M/C Butibori I to
Butibori II line for reorientation at Butibori II - 5 km
O/H : 3.5KM U/G : 1.5KM
2) ii)220 KV D/C Tower line for reorientation at Butibori
II - 1 KM
iii) Reorientation of 132KV lines at Mankapur
(0.5KM), Pardi (0.5KM)
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132 KV JAM S/S
(2008-09)
WARDHA
SPILL OVER SCEHEMES
VOLTAGE IMPROVEMENT & LOAD CATERING
2 132KV LAKHANDUR S/S
(2008-09)
BHANDARA VOLTAGE IMPROVEMENT & LOAD CATERING
3 NAGPUR RING MAIN
MANKAPUR
NEW PARDI
NEW BUTTIBORI
(2008-09)
NAGPUR 220kV Uppalwadi, Mankapur, New Pardi, New
Buttibori S/S are considered to meet the load
growth and to improve the voltage profile in Nagpur
circle.
159
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 2X50 MVA 132/33KV T/FS WITH BAYS
2) 132KV LILO ON MANKAPUR-HINGNA -I AT
LENDRA - 16 CKM O/H : 7CKM & U/G : 9CKM
3) LILO ON 132KV AMBAZARI - HINGNA -I AT
LENDRA S/STN -10KM
4) 12 X 33KV OUTLETS.
1)*
SCOPE OF WORK BY MSETCL
LILO ON 220KV WARDHA-I - BADNERA S/C TO
WARDHA (PGCIL) - 10 KMS WITH BAYS
2) 220KV LINE FROM PGCIL WARDHA 400KV -
GHATODI D/C LINE-50 KM WITH BAYS
3) LILO OF 220KV BHUGAON - PUSAD S/C AT
400KV WARDHA(PG) - 15KM
1) 400KV WARDHA (PG) - WARORA - 70 KM
(ALREADY CONSIDERED IN CHANDRAPUR
EVA.)
2) 2 X 500 MVA 400/220 KV ICT'S WITH BAYS
3) LILO ON ONE CIRCUIT OF 220 KV WARDHA-II
(BHUGAON) - WARORA D/C LINE AT 400 KV
WARORA - 10KM
1) 2 X 100 MVA, 220/132 KV T/FS WITH BAYS
2) 2 X 50 MVA, 220/33 KV T/FS WITH BAYS
3)
i)
(A) 220 KV MC ON MC LINES (0.4 SQ.MM
ACSR ZEBRA COND.)
i ) KHAPARKHEDA (OLD) - UPPALWADI D/C -
12.6 KM (O/H -11.8KM & U/G -0.8KM.)
ii) UPPALWADI - MANKAPUR D/C - 10 KM (O/H -
7.5KM & U/G -2.5KM).
III) UPPALWADI - PARDI -D/C - 15 km (O/H -
14.5KM & U/G -0.5KM)
4) REORIENTATION OF 132KV LINES-20KM
5) 33 KV OUTLETS - 12 NOS.
1) 2 X 25MVA, 132/33KV T/FS WITH BAYS
2) 132KV KATOL-BHARSHINGI-WARUD SCDC
LINE-50 KM
3) 33KV BAYS - 08 NOS
2 220 KV BALLARSHAH S/S
(2009-10)
CHANDRAPUR 1)
2)
2X25 MVA 220/33KV T/FS WITH BAYS
220 KV CHANDRAPUR-MIDC-BALLARSHAH
D/C LINE-20 KM
ELIMINATION OF 66 KV LEVEL
3 132KV PULGAON S/S
(2009-10)
WARDHA 1)
2)
3)
4)
2X25MVA 132/33KV T/FS WITH BAYS
132 KV WARDHA-II-PULGAON D/C LINE-15 KM
132KV PULGAON - ARVI - 35 KM
8X33KV OUTLETS
ELIMINATION OF 66 KV LEVEL
4 132KV SAHULI S/S
(2009-10)
NAGPUR 1)
2)
3)
4)
2X25MVA 132/33KV T/FS WITH BAYS
LILO ON 132 KV BHANDARA-AMBHORA AT
SAHULI-5 KM
132 KV PARDI - SAHULI SCDC LINE - 25 KM
WITH BAYS
8X33KV OUTLETS
ELIMINATION OF 66 KV LEVEL
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV ASHTI - ALAPPALI D/C LINE - 35 KM
3) 33 KV OUTLETS - 8 NOS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV YETAPALLI - ALAPPALI D/C LINE - 35
KM
3) 33 KV OUTLETS - 8 NOS
ELIMINATION OF 66 KV LEVEL1 132KV BHARSHINGI
(2008-09)
NAGPUR
Wardha-PGCIL is constructed by PGCIL.
5 132 KV ALLAPALLI
(2009-10)
GADCGHIROLI Allapali-132kV S/S is considered to cater increasing
loads in Chandrapur circle and to eliminate 66 kv
level.
4 132KV GIS LENDRA S/S
(2008-09)
NAGPUR VOLTAGE IMPROVEMENT & LOAD CATERING
5
7 220 KV
UPPALWADI S/S
(2009-10)
NAGPUR
WARDHA400KV WARDHA (PG) *
(2009-10)
6 400KV WARORA S/S
(2009-10)
WARDHA Warora 400kV station is proposed to take care of
open access consumer’s power injections and feed
the area.
NEW SUBSTATION TO ELIMINATE 66 KV LEVEL
6 132 KV YETAPALLI
(2009-10)
GADCGHIROLI Yetapalli-132kV S/S is considered to cater
increasing loads in Chandrapur circle and to
eliminate 66 kv level.
220kV Uppalwadi S/S IS considered to meet the
load growth and to improve the voltage profile in
Nagpur circle.
160
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
A 66 KV TUMSAR
66/11KV 2x5 MVA and 66/33 kV 1x5
MVA,1x3MVA
B 66 KV MORGAON ARJUNI
66/33KV, 1X5MVA, 66/11 2X5MVA
C 132kV MADGI
132/66 kv 2x25 MVA
A 66 KV SEVAGRAM
66/11 KV 2X10 MVA
B 66 KV NANDURI
2X10 MVA 66/33KV, 1X5 MVA 66/11KV
C 66KV SONEGAON
2x5MVA 66/11kv
D 66 KV PULGAON
66/33 KV 1 X 5MVA, 66/11 KV 2 X 5MVA
E 66KV HINGANGHAT
2X10MVA 66/11KV, 1X5MVA 66/11KV
F 66/11 KV SELDOH
2x5MVA 66/11KV
G 66 KV SEL00
1 X 10MVA 66/11 KV
H 66 KV WARDHA -I
66/11 KV, 3 X 10 MVA
I 220/66 KV WARDHA -I
220/66 KV, 2 X 50 MVA
H. To eliminate 66/11 kv T/Fs at Wardha - I s/stn.
new 33 kv s/stn alongwith 3x10 MVA T/F and 33 kv
line from 220 kv Wardha - I s/stn. is to be
established by Discom at Wardha.After completion
of above said work 66/11 kv T/Fs at Wardha - I
s/stn will be absolate.
I. After completing all the works at Sr.No. A to H the
2x50 MVA 220/66 kv T/F at 220 kv Wardha will be
absolate.
66KV LEVEL ELIMINATION
1 ELIMINATION OF 66KV
LEVEL AT MADGI,
TIRODA, SAHULI,
GONDIA, TUMSAR IN
BHANDARA & GONDIA
DISTRICT
(2008-09)
BHANDARA &
GONDIA
A.132kv Tumsar s/stn is proposed during 2011-
12.To eliminate 66 kV Tumsar s/stn, new 33 /11kv
s/stn alongwith 2x10 MVA T/F and 33 kv line from
132 kv Tumsar s/stn is to be established by
DISCOM at Tumsar. After complition of above said
work 66/11kv Tumsar s/stn will be absolate.
B. 132KV Morgaon Arjuni s/stn is proposed during
2010-11.To eliminate 66/11 KV at 66 kV Morgaon
Arjuni new 33 /11kv s/stn alongwith 2x5 MVA T/F
and 33 kv line from 132 kv Morgaon Arjuni s/stn is
to be established by Discom at Morgaon Arjuni after
complition of above said work 66/11kv s/stn will be
absolate.
C. After getting the above work the 132/66 kv
2 X 25MVA T/F at 132 kv Madgi s/stn will be
absolate.
2 ELIMINATION OF 66KV
LEVEL IN WARDHA
DISTRICT 2009-10
WARDHA A. To eliminate 66 kv Sewagram s/stn, a new 33 kv
s/stn with 2x10 MVA T/F and 33 kv line from 220 kv
Wardha s/stn is to be established by DISCOM.After
completing this work 66 kv Sewagram s/stn will be
absolate.
B. To eliminate 66 kv Nanduri s/stn, new 33 kv s/stn
alongwith 3x10MVA T/F and 33 kv line from 220 KV
Hinganghat substation is to be established by
Discom at Nanduri.After compltion of above said
work 66kv Nanduri s/stn will be absolate.
C. To eliminate 66 kv sonegaon s/stn, new 33 kv
s/stn alongwith 2x5 MVA T/F and 33 kv line from
132kv Khapri s/stn.is to be established by Discom
at sonegaon.after completion of above said work 66
kv Sonegaon s/stn will be absolate.
D. To eliminate 66 kv Pulgaon s/stn. a new 33 kv
s/stn with 2x10 MVA T/F and 33 kv line from 220 kv
Wardha s/stn is to be established by DISCOM.After
completing this work 66 kv Pulgaon s/stn will be
absolate.
E. 220/33 kv Hinganghat s/stn.is in existance.To
eliminate 66 kv Hinganghat s/stn, new 33 kv s/stn.
with 3x10 MVA T/F alongwith 33 kv line from 220
KV Hinganhat s/stn is to be established by discom.
F. 132 kv Seloo is proposed during 2009-10.To
eliminate 66 KV Seldoh s/stn new 33 /11kv s/stn
alongwith 2x5 MVA T/F and 33 kv line from 132 kv
Seloo S/stn. is to be established by Discom at
Seldoh after complition of above said work 66kv
Seldoh s/stn will be absolate.
G. 66 KV consumer M/s.NOBLE EX is connected to
66 kv seloo s/stn. Now the consumer is PD. 132 kv
seloo s/stn is proposed to be commossioned during
2009-10.To eliminate 66 kv Seloo s/stn new 33 kv
s/stn alongwith 2x5 MVA T/F and 33 kv line from
132kv seloo s/stn. is to be established by Discom at
Seloo. After completion of said work 66 kV seloo
s/stn will be absolate.
161
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 132KV LINK LINE
(2008-09)
NAGPUR 1) 132KV KALMESHWAR - SAONER (STRINGING
ONLY) - 49 KM
132kV Saoner S/S is fed from 132kV Kalameshwar
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
2 132KV LINK LINE
(2008-09)
BHANDARA 1) 132 KV KARDHA - ASGAON LINE (2ND
CIRCUIT STRINGING ) - 58 KM WITH BAYS
132kV Asgaon S/S is fed from 132kV Kardha S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
3 132KV LINK LINE
(2008-09)
NAGPUR 1) 132 KV KATOL - SAONER D/C with 2nd CKT
LILO at 220 KV KATOL
132kV Saoner S/S is fed from 132kV Kalameshwar
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line for the connectivity at 220KV
Katol S/stn
4 132KV LINK LINE
(2008-09)
GONDIA 1) 132 KV AMGAON -AMGAON TSS SCDC LINE -
5 KM
To avoid overloading on 132 kV Amgaon-TSS-
Gondia S/c the additional 132 kV Amgaon-TSS -
Amgaon S/c is proposed
5 132KV LINK LINE
(2008-09)
WARDHA 1) 132 KV WARDHA-II-HINGANGHAT D/C LINE-
28.1 KM (OH LINE-27.1KM ,U/G CABLE-
1.011KM)
To Eliminate 66 kV level at Hinganghat S/s.
6 132KV LINK LINE
(2008-09)
NAGPUR 1) 132 KV BUTTIBORI - KHAPRI D/C LINE - 25 KM
WITH BAYS
For Strengthing of Nagpur Ring Main
1 220KV LINK LINE
(2009-10)
NAGPUR 1) 2ND CKT STRINGING OF 220KV KANHAN-
UMRED LINE AND LILO OF THIS CIRCUIT AT
NEW PARDI S/STN -56 KM
Since 220kV M/C line from New Pardi- Umred
proposed in earlier plan is practically not feasible so
this alternate line is proposed.
2 132KV LINK LINE
(2009-10)
NAGPUR 1) STRINGING OF 2ND CKT FROM 132 KV
KHAPRI - BUTTIBORI LINE - 20 KM WITH
BAYS
Since the existing 132kV Khapri-Besa S/c line is
loaded to an extent of 38 MW and 132kV Khapri-
Hingana-I S/c line is loaded to an extent of 43 MW
during Non-Coinsident peak condition. It is
anticipated the load will reach to about critical value
by the year 2011-12 due to load growth in the
vicinity of Khapri. Hence it is necessary to add
additional line to meet additional load growth and
contingency.
3 132KV LINK LINE
(2009-10)
GONDIA 1) LILO ON ONE CKT OF 132 KV GONDIA -
AMGAON TSS AT AMGAON S/STN - 5 KM
Since 132kV Amgaon TSS - Amgaon S/S -5km
proposed in year 2008-09 is practically not feasible
this alternate line is proposed .
1 132KV LINK LINE
(2009-10)
NAGPUR 1) 132 KV KALMESHWAR - HINGANA - I -
HINGANA -II D/C LINE - 25 KM WITH BAYS
For Strengthing of Nagpur Ring Main
1 220KV LINK LINE
(2009-10)
CHANDRAPUR 1) LILO ON 220KV CHANDRAPUR MIDC -
GADCHANDUR LINE AT WANI -30KM
Strengthening for Chandrapur Evacuation
1) ADDL. 1X25 MVA 220/33 KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1)
2)
1 X 100MVA, 220/132KV ICTS WITH BAYS
132 KV BAYS - 2 NOS.3) 1 X 25MVA, 132/33KV T/FS WITH BAYS
4) 4 X 33KV OUTLETS.
1) ADDL. 1X 25 MVA, 132/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
1) ADDL. 1X 25 MVA, 132/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
1) ADDL. 1X 25 MVA, 132/33KV T/F WITH BAYS
2) 4 X 33KV OUTLETS.
132KV
DEOLI S/S
(2008-09)
WARDHA To avoid loss of supply in case of outages or
interruptions on any one transformer
3 132KV
MUL S/S
(2008-09)
CHANDRAPUR To avoid loss of supply in case of outages or
interruptions on any one transformer
4 132KV
ARVI S/S
(2008-09)
CHANDRAPUR To avoid loss of supply in case of outages or
interruptions on any one transformer
2 220KV
VIRUR S/S
(2008-09)
WARDHA To avoid loss of supply in case of outages or
interruptions on any one transformer
5
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
ADDITIONAL LINK LINES FOR NEW S/S TO HAVE ALTERNATE SOURCE
STRENGTHENING FOR EVACUATION ARRANGEMENT
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
1 220KV WARORA S/S *
(2008-09)
CHANDRAPUR Existing transformer capacity available in S/s
is,220/33 - 1 x 25 - 11.42 load
To avoid loss of supply in case of outages or
interruptions on any one transformer
162
STU/TRANS/DOC-04 -W.E.F 01/04/2010
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NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1)
2)
1 X 100MVA, 220/132KV ICTS WITH BAYS
132 KV BAYS - 2 NOS.
3) 1 X 50MVA, 220/33KV T/FS WITH BAYS
4) 1X25MVA, 132/33KV T/F
5) 10 X 33KV OUTLETS.
1) 1X25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1X25 MVA, 220/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) 1X25MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4 NOS.
1) 1X25MVA, 132/33KV T/F WITH BAYS
2) 33KV OUTLETS - 4 NOS.
11 220KV HINGANGHAT S/S
(2009-10)
WARDHA 1)
2)
1 X 80 MVA, 220/132KV ICTS WITH BAYS
132 KV BAYS - 2 NOS.
The existing transformer capacity available is
220/132 kV,1 X80 MVA and the laod reached is 11
MVA.To avoid loss of supply in case of outages or
interruptions on any one ICT additional ICT is
proposed.
12 220KV WARDHA II
(BHUGAON) S/S
(2009-10)
WARDHA 1)
2)
1 X 100 MVA, 220/132KV ICT WITH BAYS
132 KV BAYS - 2 NOS.
The existing transformer capacity available is
220/132 kV,1 X100 MVA and the laod reached is
20 MVA.To avoid loss of supply in case of outages
or interruptions on any one ICT additional ICT is
proposed.
13 132 kV HINGANA-I
(2009-10)
Nagpur 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. & load reach is 13 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
14 132 kV SINDEWAHI
(2009-10)
Gadchiroli 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. & load reach is 14 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
15 132 Kv ASHTI
GADCHIROLI
(2009-10)
Gadchiroli 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 10
MVA. & load reach is 5 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
16 220 kV HINGANGHAT
(2009-10)
Wardha 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. & load reach is 5 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
17 220 kV WARDHA-II
(BHUGAON) *
(2009-10)
Wardha 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. To avoid loss of supply in case of outages or
interruptions on transformer.
18 220 kV GADCHIROLI
(2009-10)
Gadchiroli 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. & load reach is 13 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
19 220 kV UMRED *
(2009-10)
Nagpur 1)
2)
Add 1 X 25 MVA, 220/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. & load reach is 9 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
1) ADDL. 1 X500 MVA, 400/220KV ICT WITH
BAYS AT - KORADI S/S
2) 220 KV BAYS - 3 NOS.
1) ADD 2X 25 MVA, 220/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
To avoid loss of supply in case of outages or
interruptions on any one transformer
To avoid loss of supply in case of outages or
interruptions on any one transformer
9 132KV SAKOLI S/S
(2008-09)
BHANDARA To avoid loss of supply in case of outages or
interruptions on any one transformer
8 220 KV KAULEWADA S/S
(2008-09)
BHANDARA
7 NAGPUR To avoid loss of supply in case of outages or
interruptions on any one transformer
Newly Introduced 220/33 kV Level to feed proposed
Discom S/s.
132 KV KHAPRI S/S
(2008-09)
Existing transformer capacity available in S/s
is,400/220 - 1 x 315 - 220 load 400/220 - 1 x 300 -
245 load Considering the maximum load reach on
the transformer, in event of interruption/outage on
any one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
6 220KV
HINGANGHAT S/S
(2008-09)
WARDHA
To avoid loss of supply in case of outages or
interruptions on any one transformer
2
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF TRANSFORMER
1 400KV S/S - KORADI S/S
(2008-09)
NAGPUR
220 KV S/S
WARDHA - II
(BHUGAON) S/S *
(2008-09)
WARDHA
10 132KV AMGAON S/S
(2008-09)
GONDIA
163
STU/TRANS/DOC-04 -W.E.F 01/04/2010
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NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) ADDL. 1X100 MVA 220/132 KV ICT WITH BAYS
2) 2 X 132 KV BAYS
3) 220KV BUTTIBORI TO 132KV KHAPRI S/S
SCDC LINE - 20 CKT.KM WITH BAY
1) 1X50 MVA 220/33 KV T/F WITH BAYS
2) 6X33 KV OUT LETS
5 220KV GADCHANDUR S/S
(2008-09)
CHANDRAPUR 1)
2)
ADD 1X25 MVA, 220/33KV T/F WITH BAYS
33 KV OUTLETS - 4 NOS.
Newly Introduced 220/33 kV Level to remove 66/33
kV Level by introduing 220/33 transformer.
1) ADD 1X 50 MVA, 220/33KV T/FS WITH BAYS
2) 33 KV OUTLETS - 6 NOS.
1) 1X25 MVA, 132/33KV T/F WITH BAYS
2) 4 X 33 KV OUTLETS
1) 1X25 MVA, 132/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 4 NOS.
1) ADD 2X25 MVA, 220/33 KV T/F WITH BAYS
2) 33 KV OUTLETS - 8 NOS.
1) ADDL. 1X200 MVA 220/132 KV ICT WITH BAYS
2) 132 KV BAYS - 4 NOS.
1) ADDL. 1X200 MVA 220/132 KV ICT WITH BAYS
2) 132 KV BAYS - 4 NOS.
12 132 kV KATOL*
(2009-10)
Nagpur 1)
2)
Add 1 X 25,132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
12.5, 1 x 25 MVA. And the load reached is 23 MVA
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer should
take care of existing load
13 132 kV BESA
(2009-10)
Nagpur 1)
2)
Add 1 X 50 MVA , 132/33 kV T/F with bays.
6 x 33 kV outlets.
Existing transformer capacity available in s/s is 3 x
25 MVA. And the load reached is 54 MVA
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer should
take care of existing load
14 132 kV GONDIA
(2009-10)
Gondia 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bays.
4 X 33 kV out lets.
Existing transformer capacity available in S/s is 1 X
25 MVA and load is 24 MVA. Considering tre
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
15 132 kV MADGI
(2009-10)
Gondia 1)
2)
Add 2 X 25 MVA , 132/33 kV T/F with bays.
4 X 33 kV out lets.
To eliminate 66 kV level.
3 220KV
BUTTIBORI S/S *
(2008-09)
NAGPUR Newly Introduced 220/132 kV Level to feed 132 kV
Khapri S/s as an alternate source
4 Existing transformer capacity available in S/s
is,220/33 - 2 x 50 - 66 load Considering the
maximum load reach on the transformer, in event of
interruption/outage on any one of the transformer
other transformer should take care of existing load
so as to avoid load shedding.
220KV
BUTTIBORI S/S *
(2008-09)
NAGPUR
6 220 KV SICOM -
CHANDRAPUR S/S *
(2008-09)
CHANDRAPUR Newly Introduced 220/33 kV Level to remove
220/66 kV Level by introduing 220/33 transformer.
7 220 KV KANHAN S/S *
(2008-09)
NAGPUR Newly Introduced 132/33 kV Level to eliminate 11
kV level from the existing S/s
8 132 KV AMBHORA S/S
(2008-09)
NAGPUR Existing transformer capacity available in S/s
is,132/33 - 2 x 25 - 10 load
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
9 220 KV BHANDARA
S/S *
(2008-09)
BHANDARA Newly Introduced 220/33 kV Level to eliminate 11
kV level from the existing S/s
10 220 KV AMBAZARI S/S*
(2009-10)
NAGPUR
11 220KV KALMESHWAR
S/S (2009-10)
NAGPUR The eisting transformer capacity available is
220/132 kV,2 X100 MVA and the laod reached is
193 MVA.To avoid loss of supply in case of outages
or interruptions on any one transformer additional
transformer is proposed.
The eisting transformer capacity available is
220/132 kV,1 X150 MVA AND 1 x 250 MVA and the
laod reached is 307 MVA.To avoid loss of supply in
case of outages or interruptions on any one
transformer additional transformer is proposed.
164
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 2X(200-100) MVA 220/132 KV ICT'S
2) 132 KV BAYS - 2 NOS.
3) 132 KV LINE - 40 KM
1) REP. 1 X (25-10) 132/33 KV T/FS
2) 33KV OUTLETS - 2 NOS.
1) 1X(50-25)MVA, 132/33KV T/FS
2) 33KV OUTLETS - 2 NOS.
1) 2X(50-25)MVA, 132/33KV T/F
2) 33KV OUTLETS - 2 NOS.
1) 2X(50-25)MVA, 132/33KV T/FS
2) 33KV OUTLETS - 2 NOS.
1) 1X(50-25)MVA, 132/33KV T/FS
2) 33KV OUTLETS - 2 NOS.
1) 1X(500-315) MVA, 400/220 KV ICT
2) 220 KV BAYS - 2 NOS.
1) 1X(200-100) MVA 220/132 KV ICT'S
2) 132 KV BAYS - 2 NOS.
1) 1 X (250-150) ,220/132KV ICT
2) 132 KV BAYS - 2 NOS.
1) 1 X ( 200-100) ,220/132KV ICT
2) 132 KV BAYS - 2 NOS.
11 132 kV KATOL*
(2009-10)
Nagpur 1)
2)
1 X (25-12.5)MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
12.5 MVA. And the load reached is 23 MVA The
transformer is replaced to meet anticipated load
growth.
12 132 kV MANSAR*
(2009-10)
Nagpur 1)
2)
1 X (50-25) MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
50, 1 X 25 MVA. And the load reached is 30 MVA
The transformer is replaced to meet anticipated load
growth.
13 132 kV TALEGAON (2009-
10)
Wardha 1)
2)
1 X (25-10) MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
10, 1 X 25 MVA. And the load reached is 19 MVA
The transformer is replaced to meet anticipated load
growth..
Existing transformer capacity available in S/s is
220/132kV, 1 x 100 MVA and the load reached is
88MVA.The transformer is replaced to meet the
anticipated load growth.
Existing transformer capacity available in S/s is
220/132kV, 1 x 150 MVA and the load reached is
124MVA.The transformer is replaced to meet the
anticipated load growth.
Existing Transformer capacity available is 400/220
kV, 1 X 300 MVA and load reached is 263 MVA.The
transformer is replaced to meet the anticipated load
growth.
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
1 220KV
KALMESHWAR S/S
(2008-09) * *
NAGPUR Existing transformer capacity available in S/s
is,220/132 KV - 2 x 100 MVA and LOAD is 158.4
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
2 132 KV TALEGAON S/S
(2008-09) * *
WARDHA Existing transformer capacity available in S/s
is,132/33 KV - 2 x 10 MVA and load is 14
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
3 132KV SAONER S/S *
(2008-09)
NAGPUR Existing transformer capacity available in S/s
is,132/33 KV - 2 x 25 MVA and load is 20 MVA.The
transformers are replaced to meet anticipated load
growth.
4 132KV MANSAR S/S *
(2008-09)
NAGPUR Existing transformer capacity available in S/s
is,132/33 KV - 1 x 25 MVA and load is 19.55
MVA,132/33 KV - 1 x 10 MVA and load is Nil
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
5 132KV NAGPUR-I
MANKAPUR S/S *
(2008-09)
NAGPUR Existing transformer capacity available in S/s
is,132/33 KV -3 x 25 MVA and load is 58
MVA.Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
6 132KV BRAHMAPURI S/S
*
(2008-09)
CHANDRAPUR Existing transformer capacity available in S/s
is,132/33 KV - 2 x 25 MVA and load is 35.1 MVA.
Considering the maximum load reach on the
transformer, in event of interruption/outage on any
one of the transformer other transformer should
take care of existing load so as to avoid load
shedding.
9 220kV AMBAZARI S/S*
(2009-10)
NAAGPUR
10 Existing Transformer capacity available is 220/132
kV, 2 X 100 MVA and load reached is 133 MVA.The
transformer is replaced to meet the anticipated load
growth.
220 KV KANHAN S/S
(2009-10)
NAGPUR
7 400KV KORADI S/S
(2009-10)
NAGPUR
8 220KV KALMESHWAR
S/S*
(2009-10)
NAGPUR
165
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
14 132 kV MANKAPUR (NGP-
I)*
(2009-10)
Nagpur 1)
2)
1 X (50-25) MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
50, 2 X 25 MVA. And the load reached is 51 MVA
The transformer is replaced to meet anticipated load
growth.
15 132 kV PARDI (NGP-II)*
(2009-10)
Nagpur 1)
2)
1 X (50-25) MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
50, 2 X 25 MVA. And the load reached is 30 MVA
The transformer is replaced to meet anticipated load
growth.
1) 2X25 MVA, 220/33KV T/FS WITH BAYS
2) 220KV LILO OF CHANDRAPUR GCR -
GADCHANDUR AT MATRADEVI
3) 33KV OUTLETS-4 NOS.
ORC WORKS
1 220KV MATRADEVI S/S
(2008-09)
CHANDRAPUR Matradevi-220kV S/S is considered for reducing
loading on Chandrapur and Chandur 220kV S/S.
This Substation is proposed on LILO of existing
Chandrapur–Chandur 220kV line in year 2007-08.
By the commissioning of this substation, voltage
profile will improve.
166
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1) 2X50MVA, 220/33KV T/FS WITH BAYS
2) LILO ON 220KV CHANDRAPUR -PARLI FOR
TADALI -1 KM
3) 12X33KV OUTLETS
1) 2 X 100 MVA, 220/132 KV T/FS WITH BAYS
2) 220KV D/C KALMESHWAR-KATOL-40KM
WITH BAYS
3) 132 KV OUTLETS - 4 NOS 132 KV D/C
INTERLINK BETWEEN KATOL I TO KATOL II-
10 KM WITH BAYS
4) 132KV LINE FROM KATOL - SAONER SCDC -
49KMS
5) 4KM UG CABLE
1) 132 KV U.G. CABLE - 10 CKT. KM NAGPUR - II
TO JAT - TARODI SCDC - 5 CKT KM
2) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
3) 8 X 33KV OUTLETS.
1) 2X25MVA 132/33KV T/FS WITH BAYS
2) 132KV LAKAHNDUR - MORGAON ARJUNI D/C
LINE - 20 KMS
3) 8X33KV OUTLETS
1) 2 X 25 MVA, 132/33 KV T/FS WITH BAYS
2) 132 KV S/C D/C WARDHA-II-SELOO-18 KM
WITH BAYS
3) 33 KV OUTLETS - 8 NOS
1) 2X25MVA 132/33KV T/FS WITH BAYS
2) 132KV GONDIA - TUMSAR D/C LINE - 44 KMS
3) 132kV MADGI - TUMSAR DC LINE -7 KM
1) 765/400 KV, 4 X 500 MVA , 1-Phase ICT WITH
BAYS
2) 765 KV KORADI -AKOLA , 2 X S/C QUAD LINE -
480 KM
3) INTERCONNECTING LINES BETWEEN 400 KV
KORADI-765 KV KORADI -15 KM
1) 2 X 25 MVA T/F WITH BAYS
2) 33 KV OUTLETS - 8NOS.
3) LILO OF 132KV KARDHA-ASGAON LINE AT
PAGHORA- 10KM
1) 2 X 25 MVA T/F WITH BAYS
2) 33 KV OUTLETS - 8NOS.
3) LILO OF 132KV BHANDARA-AMBHORA LINE
AT MOKHABARDI-10KM
A 66KV BHARSHINGI
66/33KV 1X5MVA, 66/11KV 1X5MVA,1X2MVA
B 132/66 KV KATOL
132/66 KV 1X25MVA,1X10MVA
C 132/66 KV WARUD
132/66KV 1X12MVA
NEW SCHEMES
220KV TADALI S/S
(2010-11)
CHANDRAPUR TADALI -220kV S/S is considered to meet the load
growth in Chandrapur Circle.
1
132 KV JAT-TARODI S/S
(2010-11)
3
4 132KV MORGAON
ARJUNI S/S
(2010-11)
GONDIA Morgaon Arjuni is upgraded to 132kV S/S to reduce
the eliminate 66kV network in Nagpur circle.
5 132 KV
SELOO S/S
(2010-11)
WARDHA Seloo-132kV S/S is considered to meet the load
growth in Chandrapur Circle.
2 220 KV
KATOL II S/S
(2010-11)
NAGPUR Present recorded peak load on Katol-132kV, Warud
–132kV S/S is 50MW and 40MW. It is anticipated
by the year 2010-11 the load will reach to about
130MW. Hence it is necessary to go in for 220kV
sub-station at Katol. By the commissioning of this
substation, voltage profile will improve to 0.95pu
from 0.92pu.
NAGPUR Jat Tirodi-132kV S/S is considered for strengthning
the Nagpur ring main.
6 132KV TUMSAR S/S
(2011-12)
GONDIA To eliminate 66 kV level.
7 765 KV KORADI-III S/S
(2012-13)
NAGPUR Evacuation of Generation coming in nearby area
ORC SCHEMES
1 132 KV PAGHORA S/S
(2010-11)
NAGPUR 132 KV Paghora substation is proposed to cater the
load of LIS.
2 132KV MOKHABARDI
(2010-11)
NAGPUR 132kV Mokhabardi substation is proposed to cater
the load of LIS.
66KV LEVEL ELIMINATION
1 ELIMINATION OF 66KV
LEVEL IN NAGPUR (U)
DISTRICT
(2011-12)
NAGPUR A.132kv Bharsingi S/stn is proposed during 2008-
09.To eliminate 66 kV Bharshingi s/stn, new 33 kv
s/stn alongwith 2x5 MVA T/F and 33 kv line from
132 kv Bharshingi s/stn is to be established by
Discom at Bharshingi after complition of above said
work 66/11kv s/stn at Bharshingi will be absolate.
B. After getting above work at Sr.No. A 132/66 kv
T/Fs at Katol will be absolate.
C. After getting above work at Sr.No. A 132/66 kv
T/Fs at Warud will be absolate.
167
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
A 66 KV KANHAN W/W
66/11 KV, 1X10 MVA
66/11KV SAHULI
66/11 KV, 2x10MVA
132 KV PARDI
132/66 KV , 2X50 MVA
66 KV UMRED
66/33KV 1x10MVA, 66/11KV 2x5MVA
66 KV BHANDAK
66/11 KV 1X 10MVA,
1 X5 MVA
66KV GHUGHUS
66/11 KV 1 X 5 MVA,
1 X 3 MVA
66 KV CHANDRAPUR MIDC
(66/11 KV, 2 X 5 MVA)
66 KV WANI
66/33 KV 2 X10 MVA, 66/11 KV
2 X10 MVA
220/66 KV WARORA
220/66 KV 2 X 50 MVA,
66/11, 1X10 MVA
2 ELIMINATION OF 66KV
LEVEL IN NAGPUR (U)
DISTRICT
(2011-12)
NAGPUR
A.132 kv Sahuli s/stn is proposed during 2009-10.
To eliminate 66 kV Sahuli s/stn. new 33 /11kv s/stn
alongwith 2x10 MVA T/F and 33 kv line from 132 kv
Sahuli s/stn is to be established by Discom at
Sahuli. After complition of above said work 66/11kv
s/stn will be absolate.
B B.After getting above work done at Sr.No. A the
2x50 MVA 132/66 kv T/F at Pardi will become
absolate.
A.To eliminate 66/11 KV substation at 66 kV
Kanhan, new 33 /11kv s/stn alongwith 3x5 MVA T/F
and 33 kv line from 220 kv Kanhan s/stn is to be
established by Discom at Kanhan. After complition
of above said work 66/11kv s/stn will be absolate.
4 ELIMINATION OF 66KV
LEVEL IN NAGPUR (U)
DISTRICT
(2011-12)
NAGPUR A A. 220/33 KV Umred s/stn is already commissioned.
To eliminate 66 kV Umred s/stn, new 33 /11kv s/stn
alongwith 2x5 MVA T/F and 33 kv line from 220kv
Umred s/stn is to be established by Discom at
Umred. After complition of above said work 66/11kv
Umred s/stn will be absolate.
3 ELIMINATION OF 66KV
LEVEL IN NAGPUR (U)
DISTRICT
(2011-12)
NAGPUR A
5 ELIMINATION OF 66KV
LEVEL IN CHANDRAPUR
DISTRICT
(2010-11)
CHANDRAPUR A
D
A. To eliminate 66 kV Bhandak S/stn, new 33
/11kv s/stn alongwith 2x10 MVA T/F and 33 kv line
from 220 kv Chandrapur MIDC s/stn is to be
established by Discom at Bhandak after complition
of above said work 66/11kv s/stn will be absolate.
B B. 66kv Ghuggus s/stn is feeding to 66kv
consumers. (1.66kV WCL Majri 2. 66 kV LLoyd
metal). 66 kv Ghughus s/stn can be eliminated only
after connecting these 66 kv consumers on
220/33/11 kv.Further new 33 kv s/stn alongwith
2x10 MVA T/F and 33 kv line from 220 kv
Chandrapur MIDC s/stn to be established by
Discom at Ghughus after complition of above said
work 66/11 kv T/Fs at Ghughus s/stn will be
absolate.
C C. To eliminate 66 kV Chandrapur MIDC new 33 kv
s/stn alongwith 2x10 MVA T/F and 33 kv line from
220 kv Chandrapur MIDC s/stn to be established
by Discom at chandrapur MIDC after complition of
above said work 66kv s/stn at Chandrapur MIDC
will be absolate.
D. 220 kv Wani s/stn is proposed during 2008-
09.66kv Wani s/stn is feeding 66kV Ghuggus s/stn
which is feeding to 66kv consumers (1. 66kV WCL
Majri 2. 66 kV LLoid metal).66 kv level at Wani can
be eliminated only after connecting these 66 kv
consumers on 220/33/11 kv.Till the conversion of
existing 66 KV consumers to 220/33/11/KV, 66 kV
Wani s/stn will act as a switching s/stn.Further 2
nos of new 33 kv s/stn alongwith 2x10 MVA T/F
each and 33 kv line from 220 kv Wani s/stn is to be
established by Discom considering load centre at
Wani. After complition of above said work 66/33 kv
& 66/11 kv T/Fs at Wani s/stn will be absolate.
E E. After getting the work at Sr.No. A to D 220/66 kv
T/F at Warora will be absolate.
168
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
66KV SHASTRINAGAR
66/33 KV, 2X10 MVA, 66/11KV, 2X10 MVA
66/11KV CHANDRAPUR TPS
66/11 KV 2X10MVA
66 KV BALLARSHA
66/11 kv 1x14MVA ,1x12.5MVA
66 KV GONDPIMPRI
66/11 KV 2 X5 MVA
66KV ALLAPALLI
66/11KV , 2X1.5MVA
66 KV YETAPALLI
66/11KV , 1X5MVA, 1X3MVA
66 KV SIRONCHA
66/11KV 1X5MVA,1X1MVA, 66/33KV,1X5MVA
66KV JAMALGATTA
66/11KV , 1X1MVA
220 KV SICOM
220/66KV, 1X50 MVA
6 ELIMINATION OF 66KV
LEVEL IN CHANDRAPUR
DISTRICT(2010-11)
CHANDRAPUR A A.To eliminate 66 kV shastrinagar s/stn. new 33
/11kv s/stn alongwith 3x10 MVA T/F and 33 kv line
from 220 kv SICOM s/stn is to be established by
Discom at Shastrinagar. After complition of above
said work 66 KV Shastrinagar s/stn will be absolate.
B B. To eliminate 66 kV Chandrapur TPS S/stn., new
33 /11kv s/stn alongwith 2x10 MVA T/F and 33 kv
line from 220 kv Chandrapur MIDC s/stn is to be
established by Discom at Chandrapur TPS after
complition of above said work 66kv Chandrapur
TPS s/stn will be absolate.
After getting work at Sr.No. A & B the 66 kv
Chandrapur TPS s/stn will be absolate.
B. B. To eliminate 66 kV Gondpimpri S/stn, new 33
/11kv s/stn alongwith 2x5 MVA T/F and 33 kv line
from 132 kv Aashti s/stn is to be established by
Discom at Gondpimpri. After complition of above
said work 66/11kv Gondpimpri s/stn will be
absolate.
C C. 132 kv Allapalli s/stn is to be commissioned by
2009-10.To eliminate 66 kV Allapalli s/stn, new 33
/11kv s/stn alongwith 1 x 3 MVA T/F and 33 kv line
from 132 kv Allapalli s/stn is to be established by
Discom at Allapalli. After complition of above said
work the 66/11kv Allapalli s/stn will be absolate.
A.ELIMINATION OF 66KV
LEVEL IN CHANDRAPUR
DISTRICT
(2010-11)
CHANDRAPUR
G
D. 132 kv Allapalli s/stn is to be commissioned by
2009-10.To eliminate 66 kV Yetapalli s/stn, new 33
/11kv s/stn alongwith 2x5 MVA T/F and 33 kv line
from 132 kv Allapalli s/stn to be established by
Discom at Yetapalli. After complition of above said
work the 66/11kv Yetapalli s/stn will be absolate.
E E.New 132 KV Jafarabad substation is proposed
during 2009-10. To eliminate 66/33/11 KV AT 66 kV
Sironcha new 33 /11kv s/stn alongwith 2x3 MVA
T/F and 33 kv line from 132 kv Jafrabad s/stn is to
be established by Discom at Sironcha. After
complition of above said work 66/11kv Sironcha
s/stn will be absolate.
F F.New 132 KV Jafarabad substation is proposed
during 2009-10.To eliminate 66/11 KV AT 66 kV
Jamalgatta new 33 /11kv s/stn alongwith 2x3 MVA
T/F and 33 kv line from 132 kv Jafrabad s/stn
(Proposed) to be established by Discom at
Jamalgatta. After complition of above said work
66/11kv Jamalgatta s/stn will be absolate
D
A. 220kv Ballarsha s/stn is to be commissioned by
2009-10.A 66 kv consumer Ballarpur Paper Mill is
feeded from 66 kv Ballarsha s/stn.To eliminate 66
kV Ballarsha s/stn. this 66kv consumer is to be
connected on 220/33/11 kv . Further a new 33
/11kv s/stn alongwith 3x10 MVA T/F and 33 kv line
from 220 kv Ballarsha s/stn to be established by
Discom at Ballarsha. After complition of above said
work the 66/11kv Ballarsha s/stn will be absolate.
G.A 66 kv consumer WCL at Sashti is feeding from
220/66 kv SICOM s/stn. This consumer is to be
connected on 220/33/11 kv. After conversion of the
existing 66 KV consumer 220/66 KV ICT at
Chandrapur SICOM will be absolate.
After getting work done at Sr.No. A to G the 1x50
MVA 220/66 KV T/F at SICOM will be absolate.
7
169
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
A 66 KV MANIKGHAD (EHV CONSUMER) A.The 66kv manikgadh s/ckt. Consumer is feeded
from 220/66 kv Gadchandur s/stn.
B 66 KV L & T (EHV CONSUMER) B.The 66kv L&T ( awarpur) D/ckt. consumer is
feeded from 220/66 kv Gadchandur s/stn.
C 220/66/33/11 KV GADCHANDUR
220/66KV 2X150MVA , 66/33KV 1X10MVA,
66/11KV 2X5 MVA
1 132KV LINK LINE
(2010-11)
CHANDRAPUR 1) 132 KV SINDEWAHI - BRAHMAPURI SCDC
LINE -50 KM WITH BAYS
132kV Sindewahi S/S is fed from 132kV Mul S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
2 132KV LINK LINE
(2010-11)
CHANDRAPUR 1) 132KV VIRUR - ASHTI SCDC LINE - 55 KM
WITH BAYS
132kV Ashti S/S is fed from 132kV Virur S/s with
S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
3 132KV LINK LINE
(2010-11)
GONDIA 1) 132 KV LILO OF GONDIA - AMGAON (TSS) AT
AMGAON LINE - 10 KM
To avoid overloading on 132 kV Amgaon-Gondia
S/c the additional 132 kV Amgaon - Gondia S/c is
proposed
4 132KV LINK LINE
(2010-11)
BHANDARA 1) 2ND CIRCUIT STRINGING OF EXISTING 132
KV KARDHA - ASGAON SCDC LINE - 58 KM
132kV Asgaon S/S is fed from 132kV Kardha S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
5 132KV LINK LINE
(2011-12)
GONDIA 1) 132 KV PARDI - SAHULI SCDC LINE - 40 KM
WITH BAYS
132kV Gondia S/S is fed from 132kV Kaulewada
S/s with S/c line. Hence to provide uninterrupted
supply during planned outages it is necessary to
add proposed line
6 132KV LINK LINE
(2011-12)
WARDHA 1) 132 KV DEOLI -WARDHA-II SCDC LINE - 28
KM (ONLY STRINGING)
132kV Deoli S/S is fed from 132kV Wardha-II S/s
with S/c line. Hence to provide uninterrupted supply
during planned outages it is necessary to add
proposed line
5 132KV LINK LINE
(2012-13)
NAGPUR 1) REPLACEMENT OF CONDUCTOR AMBAZARI-
NAGPUR-I (MANKAPUR) -9 KM
Since the existing 132kV Ambazari - Nagpur-I line is
loaded to an extent of 99 MW during Non-
Coinsident peak condition and there is no space in
Ambazari S/s. It is anticipated the load will reach to
about critical value in future. Hence it is necessary
to propose additional line to meet additional load
growth and contingency.
1 400KV LINK LINES
(2011-12)
NAGPUR 1) 400KV DC LINE FROM 400KV KORADI-II TO
WARDHA - 120KM
To have evacuation facility .
2 220KV LINK LINE
(2011-12)
CHANDRAPUR 1) 22OKV WANI - WARORA D/C LINE -35KM To have evacuation facility at Warora S/S
1 220KV VIRUR S/S
(2012-13)
CADCHIROLI 1)
2)
1 X 100 MVA, 220/132KV ICTS WITH BAYS
132 KV BAYS - 2 NOS.
The existing transformer capacity available is
220/132 kV,1 X100 MVA and the laod reached is
55 MVA.To avoid loss of supply in case of outages
or interruptions on any one ICT additional ICT is
proposed.
2 400KV CHANDRAPUR-I
(2011-12)
Chandrapur 1)
2)
1X50MVA, 220/33KV TF WITH BAYS
33 KV OUTLETS - 6 NOS.
To have redundancy
3 220 kV SICOM
(2011-12)
Chandrapur 1)
2)
Add 2 X 25 MVA, 220/33 kV T/F with bay.
8 X 33 kV out lets
To eliminate 66 kV level.
4 220 kV HINGANGHAT
(2012-13)
Wardha 1)
2)
Add 1 X 25 MVA, 132/33 kV T/F with bay.
4 X 33 kV out lets
Existing Transformer capacity avaible is 1 X 25
MVA. & load reach is 5 MVA.To avoid loss of
supply in case of outages or interruptions on
transformer.
AUGMENTATION OF S/S BY ADDITION OF T/F
AUGMENTATION OF S/S BY ADDITION WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
ADDITIONAL LINK LINES
ADDITIONAL LINK LINES FOR S/S WHERE ONLY SINGLE CKT AND SINGLE SOURCE IS AVAILABLE
ADDITIONAL LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND QUALITY OF SUPPLY
STRENGTHENING FOR EVACUATION ARRANGEMENT
8 ELIMINATION OF 66KV
LEVEL IN CHANDRAPUR
DISTRICT(2010-11)
CHANDRAPUR
C.To eliminate 66/33 kv 1x10MVA & 66/11KV 2X5
MVA T/F at 220 kv Gadchandur s/stn, new 33 kv
s/stn with 2x10MVA T/F with 33 kv line from 220 kv
Gadchandur s/stn is to be established by DISCOM
at Gadchandur. After completing the said work the
66/33 kv & 66/11 kv T/F at Gadchandur will be
absolate.
After connecting the above 66 kv consumers at
Sr.No. A, B on 220/33/11kV & after completing work
at Sr.No.C the 2 x 150 MVA 220/66 KV ICT at 220
KV Gadchandur s/stn. Will be absolate.
170
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT REMARKS / PURPOSE OF SCHEME
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAGPUR EHV CONSTRUCTION CUM (O&M) ZONE
TOTAL SCOPE OF WORK
1 220 kV BUTTIBORI-I
(2011-12)
Nagpur 1)
2)
Add 1 X 50 MVA , 220/33 kV T/F with bays.
6 X 33 kV out lets.
Existing transformer capacity available in S/s is 2 X
50 MVA and load is 68 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
1) Add 1 x 50 MVA, 220/22 KV T/F with bays.
2) 6 x 22 kV outlets
3 220 kV WARDHA - I (2012-
13)
Wardha 1)
2)
Add 1 X 50 MVA, 220/33 kV T/F with bays.
6 X 33 kV out lets.
To eliminate 66 kV level.
1 220KV KALMESHWAR
S/S
(2010-11)
NAGPUR 1)
2)
1X(200-100) MVA 220/132 KV ICT'S
132 KV BAYS - 2 NOS.
Existing transformer capacity available in S/s is
220/132kV, 1 x 100 MVA and the load reached is
90MVA.The transformer is replaced to meet the
anticipated load growth.
2 220 KV KANHAN S/S
(2010-11)
NAGPUR 1)
2)
1 X ( 200-100) ,220/132KV ICT
132 KV BAYS - 2 NOS.
Existing Transformer capacity available is 220/132
kV, 1 X 100 MVAand 1 X 200 MVA and load will
reach 154 MVA.The transformer is replaced to meet
the anticipated load growth.
3 132 kV AMGAON
(2010-11)
Gondia 1)
2)
2 X (50-25)MVA,132/33 kV T/F
33 KV PUTLETS - 2 NOS.
Existing transformer capacity available in s/s is 2x
25 MVA. And the load reached is 25 MVA
Considering the maximum load reached on the
transformer in the event of interruptions/outage on
any one of the transformer other transformer should
take care of existing load
4 132 kV MOUDA
(2010-11)
Nagpur 1)
2)
2 X (50-25)MVA,132/33 kV T/F
33 KV OUTLETS - 2 NOS.
Existing transformer capacity available in S/s is 2 X
25 MVA and load is 24 MVA. Considering the
maximum load reached on the transformer in the
event of interruptions/outage on any one of the
transformer other transformer should take care of
existing load
5 132 kV BESA * (2010-11)
Nagpur 1)
2)
Replac. (50-25) MVA 132/33 kV T/F
2x 33 kV outlets.
Existing transformer capacity available in s/s is 3 X
25 MVA. And the load reached is 24 MVA The
transformer is replaced to meet anticipated load
growth.
6 132 kV PARDI (NGP-II)
(2010-11)
Nagpur 1)
2)
1 X (50-25)MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 1 X
50, 2 X 25 MVA. And the load reached is 30 MVA
The transformer is replaced to meet anticipated load
growth..
7 220 kV KALAMESHWAR
(2010-11)
Nagpur 1)
2)
1 X (50-25) MVA, 220/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25 MVA. And the load reached is 21 MVA The
transformer is replaced to meet anticipated load
growth..
8 220 kV KALAMESHWAR
(2011-12)
Nagpur 1)
2)
1 X (50-25) MVA, 220/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25 MVA. And the load reached is 21 MVA The
transformer is replaced to meet anticipated load
growth..
9 132 kV HINGNA-II (MIDC)
(2011-12)
Nagpur 1)
2)
1 X (50-25) MVA, 132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25 MVA. And the load reached is 20 MVA The
transformer is replaced to meet anticipated load
growth..
10 132 kV HINGNA-II (MIDC)
(2012-13)
Nagpur 1)
2)
1 X (50-25) MVA,132/33 kV T/F
2 X 33 kV out lets.
Existing transformer capacity available in s/s is 2 X
25 MVA. And the load reached is 20 MVA The
transformer is replaced to meet anticipated load
growth..
* ** 1 No. TF. COMMISSIONED IN 2009 - 10.COMMISSIONED IN 2009 - 10.
AUGMENTATION OF S/S BY ADDITION TO REDUCE LOADING OF ICT/T/F
2 220 kV SICOM
(2013-14)
Nagpur Existing transformer capacity available in S/s is 2 x
40 and load reach is 46 MVA. The T/F is replaced
to meet anticipated load growth
AUGMENTATION OF S/S BY REPLACEMENT OF T/F
171
CAPACITOR & REACTOR
REQUIREMENT
172
STU/TRANS/DOC-04 - WEF 01.04.2010
Sr No Name of S/s VoltageCapacitor
(MVAR)
1 NEWASE 132 kV 10
2 SATANA 132 kV 20
3 AKOLE 132 kV 20
4 RAHATNE 132 kV 10
5 VARASGAON 132 kV 10
6 KALWAN 132 kV 10
TOTAL 80
From
BusTo bus
1 765 kV TIRODA 120
2 x 240
(7 x 80
MVAR
1-ph unit)
-
2 765 kV KORADI - III 282
2 x 240
(7 x 80
MVAR
1-ph unit)
2 x 240
(7 x 80
MVAR
1-ph unit)
3 765 kV AKOLA - II 210
2 x 240
(7 x 80
MVAR
1-ph unit)
2 x 240
(7 x 80
MVAR
1-ph unit)
Sr No Name of S/s Name of Line
1 765 kV KORADI - III
2 x 240
(7 x 80 MVAR
1-ph unit)
2 765 kV AKOLA - II
2 x 240
(7 x 80 MVAR
1-ph unit)
CAPACITOR REQUIREMENT DURING 2010-11
REACTOR REQUIREMENT
765 kV Tiroda - Koradi-III 2 x S/c Line
Sr No Name of S/s Name of Line
Line
Length/ckt
(km)
LINE REACTOR
BUS REACTOR
766 kV Koradi-III - Akola-II 2 x S/c Line
767 kV Akola-II - Aurangabad (PG) 2 x S/c
Line
Line Reactor
(MVAR)
173
RELIANCE
INFRASTRUCTURE LTD.
174
STU/TRANS/DOC-04 - W.E.F 01/04/2010
Sr. No. Voltage Level 2010-11 2011-12 2012-13 2013-14 2014-15 Total
1 765kV 0 0 0 0 0 0
2 400kV 0 0 0 0 2 2
3 220kV 2 3 4 3 3 16
4 132kV 0 0 0 0 0 0
5 110/100kV 0 0 0 0 0 0
6 HVDC IGBT Technology 0 2 0 0 0 2
2 5 4 4 5 20
1 765kV 0 0 0 0 0 0
2 400kV 0 0 0 0 152 152
3 220kV 11.8 49 73 62 42 248.8
4 132kV 0 0 0 0 0 0
5 110/100kV 0 0 0 0 0 0
6 HVDC Cable 0 300 0 0 0 300
11.8 349 73 73 194 700.8
1 765kV 0 0 0 0 0 0
2 400kV 0 0 0 0 0 0
3 220kV 0 0 0 16 44 60
4 132kV 0 0 0 0 0 0
5 110/100kV 0 0 0 0 0 0
6 HVDC Cable 0 0 0 0 0 0
0 0 0 16 44 60
1 765kV 0 0 0 0 0 0
2 400kV 0 0 0 0 0 0
3 220kV 10 0 0 0 0 10
4 132kV 0 0 0 0 0 0
5 110/100kV 0 0 0 0 0 0
6 HVDC Cable 0 0 0 0 0 0
10 0 0 0 0 10
1 765kV 0 0 0 0 0 0
2 400kV 0 0 0 0 1800 1800
3 220kV 625 1125 1250 750 750 4750
4 132kV 0 0 0 0 0 0
5 110/100kV 0 0 0 0 0 0
6 HVDC Cable 0 2400 0 0 0 2400
625 3525 1250 1000 2550 8950Total
New Sub-Station (Nos.)
Transmission Lines (Ckt kM)
Total (Ckt kM)
Capacity Addition (MVA)
Capacity addition by New Sub Station
Total (Ckt kM)
Transmission lines for s/s where only single source or single ckt is available
Total (Ckt kM)
Transmission lines to have alternate source
RELIANCE INFRASTRUCTURE LTD. (TRANSMISSION) FIVE YEAR TRANSMISSION PLAN FOR THE
YEAR 2010-11 TO 2014-15
TECHNICAL ABSTRACT (R Infra-T)
Total
Tansmission lines for New Sub -Station
175
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT Total Scope of Work Justification
A)1)3X 125 MVA ,220/33 kV T/F With 220 kV GIS Bays
2) D/C 3X1/c 1200sqmm 220 kV cables 8.5KM/ckt With 220kV GIS Bays
3) 3X220 kV GIS Bays at MSETCL Trombay
1)3X125MVA,220/33 kV T/F with 220 kV GIS bays
2) 2x 220 kV GIS bay at MSETCL Borivali
3) 9X 220 kV GIS bay at Nagari Niwara
4) 2X 220 kV GIS bay at Aarey
5)3X 33 kV GIS 13 pannel board
6)D/C 3X1/c 1200sqmm ,220 kV cable -15KM/ckt, (MSETCL Borivali to
Aarey via Nagari Niwara
1)3X125MVA, 220/33 kV T/F with 220 kV GIS bays
2) 3x 220 kV GIS bay at MSETCL Borivali
3) 10X 220 kV GIS bay at Rinfra-Borivali
4)D/C 3X1/c 1200sqmm , 220 kV cable -3.5KM/ckt, (MSETCL Borivali to
RInfra Borivali)
5) 3X 33 kV GIS 13 pannel board
6) LILO of TPC Borivli to Rinfra Aarey one line at Rinfra-Borivli)
1)3X125MVA,220/33 kV T/F with 220 kV GIS bays
2)2X 220kV GIS bay at Aarey
3)9X 220 kV GIS bay at Saki
4)D/C 3X1/c 1200sqmm ,220 kV cable 6 KM/ckt,(Aarey to Saki)
5)3X 33 kV GIS 13 pannel board
1)3X125MVA,220/33 kV T/F with 220 kV GIS bays
2)9X 220 kV GIS bay at Gorai
3)3X 33 kV GIS 13 pannel board
4)D/C 3X1/c 1200sqmm , 220 kV cable 12.56 KM/ckt,(MSETCL Borivali to
Gorai & Gantry to Gorai)
5) LILO of Versova Godbunder 220 kV OH line SC at Gorai ( near Tower
no 307)
1)2X125MVA, 220/33 kV T/F with 220 kV GIS bays
2)9X 220 kV GIS bay at Goregaon
3)2X 33 kV GIS 13 pannel board
4)LILO of Aarey -Versova D/C lines at Goregaon
1)3X125MVA,220/33 kV T/F with 220 kV GIS bays
2)2X 220 kV GIS bay at Ghodbunder
3)9X 220 kV GIS bay at Dahisar Housing
4)3X 33 kV GIS 13 pannel board
5)D/C 3X1/c 1200sqmm , 220 kV cable 6.5 KM/ckt,(Rinfra Ghodbunder to
Dahisar Housing)
8 Procurrement of Land for
costruction of proposed EHV
stations
(2012-13)
Mumbai /
Thane
Procurrement of Land for costruction of proposed EHV stations at
Ghodbunder, Aarey, Irla, Bhayander, Dahisar, KIE, Kandivli, Malavani
HVDC IGBT(Connectivity from MSETCL New Padghe-II 400 kV EHV
Station) , Nagari Niwara, Valnai Goregaon, Khar Danda, Vikhroli.
MERC approval received. Land procurement is in progress.
B NEW Schemes
220kV EHV Stations
220/33 kV Airport EHV Station 1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
( 2012-13) 24 Months after
MERC Approval 2)2X 220 kV GIS bay at Aarey
3)2X 220 kV GIS bay at Versova
4)10X 220 kV GIS bay at Airport
5)2X 33 kV GIS 13 pannel board
6)D/C 3X1/c 1200sqmm ,220 kV cable 5 KM/ckt (Aarey to Airport)
7)D/C 3X1/c 1200sqmm ,220 kV cable 15 KM/ckt( Versova to Airport)
220/33 kV Golibar EHV Station 1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
( 2013-14) 30 Months after
MERC/STU Approval 2)6X 220 kV GIS bay at Golibar
3)2X 33 kV GIS 13 pannel board
4) D/C 3X1/C 1200sqmm 220 kV cable from Airport to Golibar 5KM/ckt
5) Static VAR Compensator
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
2 Mumbai RInfra-D indicated the requirment of additional 132MW load for SRA projects
and commercial complex in Santacruz (E) & Khar (E) area required 17 outlets.
This station is proposed to meet future growth, to meet transformation
redundancy at Aarey , Reduce losses, Enhance reliability.
1 Mumbai STU approval received & basic engineering work completed. DPR submitted
to MERC. As per MERC Standard Of Performance of distribution Licensees,
period for giving supply and determination of compensation Regulations,
2005, 2 bays has been considered for loads by MAIL as the requirement of
load is above 5MVA. Existing 50 MVA load is fed from Aarey is to be
relocated at Airport. To meet new load from this area RInfra-D has requested
for additional 6 nos of 33kV outlets.This station is proposed to meet future
growth, to meet transformation redundancy at Aarey ,Reduce losses,
Enhance reliability.
6 220 /33kV Goregaon EHV
Station
(2010-11)
Mumbai 1) STU & MERC approval received. 2) Major equipment orders are placed. 3)
40% civil work is completed. 4) Relieve transformers at Versova 5)Outlets
released on firm basis to Rinfra-D at (i) Elanza (ii) Andhri (iii) SRA Goregaon
(iv) C B Sons (v) Oshiwara SRA (vi) Ozone (v) Emgeen (vi) Vijay
Associates, Oshiwara.Targeted to be commissioned by 2010-11
7 220/33 kV Dahisar Housing EHV
Station
(2012-13)
Mumbai 1) STU & MERC approval received. 2)Lad procurement is under legal vetting..
3) Specifications for PR ready. 4) Relieve transformers at
Ghodbunder.Targeted to be commissioned by 2012-13
4 220/33 kV Saki EHV Station
(2010-11)
Mumbai 1) STU & MERC approval received. 2) Major equipments & 220kV cable order
placed. 3) 40% civil work is completed. 4) HDPE pipes are laid for cable
laying. 5)Relieve transformers at Aarey. 6)Outlets released on firm basis to
Rinfra-D at (i)Kanakia Chandivali (ii)Saki R/s (iii) Metro Rail (iv)Akruti City (v)
Sumer Corporation (vi) Eliza Chandivali (vii) Seven Hills Health Care
(viii)Nahar Shakti. Targeted to be commissioned by 2010-11
5 220/33 kV Gorai EHV Station
Commissioning(2011-12)
Mumbai 1) STU & MERC approval received. 2) Major equipment order placed. 3)
Building civil work is in progress. 4) HDPE pipes are laid for cable laying. 4)
Forest approval received for cable laying job. However, station will be
commissioned by LILO of existing Ghodbunder-Versova line. 5)Outlets
released on firm basis to Rinfra-D at (i) Kanti Park (ii) Universal SRA
(iii)MHADA Sector 8 (iv) KIE-5 (v) CPWD (vi) East & West RNA Park. Part
commissioning targeted by March-11.
2 220/33 kV Nagariniwara EHV
Station
(2012-13)
Mumbai STU & MERC approval received. Approval from forest awaited to take up job
of cable laying. This scheme will relieve overload of Aarey-Borivali Tie lines.
Targeted to be commissioned by 2012-13
3 220/33 kV Borivli EHV Station
(2011-12)
Mumbai 1) STU & MERC approval received. 2) Orders processed for GIS, 125MVA
Transformers & 220kV cable. 3) Civil work initiated. 4) Outlets released on firm
basis to Rinfra-D at (i)Kanakia CCI (ii)Neev Infrastructure (iii)Lokhandwala
(iv)Vasant Marvals (v) EKTA Meadows (vi) Vinod Silk Mill. Part commissioning
targeted by March-11
R-INFRA POWER CO. LTD.
ONGOING SCHEMES1 220/33 kV Chembur EHV
Station
Commissioning (2011-12)
Mumbai 1) STU & MERC approval received. 2) Major equipment order placed. 3) 30%
of Civil work is completed. 4)Outlets released on firm basis to Rinfra-D at
(i)Raheja Acropois (ii) Natwar Parekh (iii) HDIL Chunabhatti (iv) Infrastructure
Venture (v) Chembur Trading Corporation. Targeted to be commissioned by
2011-12
176
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT Total Scope of Work Justification
220/33 kV Khar Danda EHV
Station
1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
(2014-15) 30 Months after
MERC/STU Approval 2)2X 220 kV GIS bay at Versova
3)6X 220 kV GIS bay at Khar Danda
4)2X 33 kV GIS 13 pannel board
5) D/C 3X1/C 1200sqmm 220 kV cable from Versova to Khar Danda 10
KM/ckt
220/33 kV Bhayander Rai EHV
Station
1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
(20014-15) 24 Months after
MERC/STU Approval 2)6X 220 kV GIS bay at Bhayander Rai
3)2X 33 kV GIS 13 pannel board
4)LILO of Dahanu Vesova OH line at Bhyander Rai by 1/C, 1200sqmm
220kV cable from tower to Bhayander Rai EHV Station (3kM/ckt).
220/33 kV KIE EHV Station 1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
(20013-14) 24Months after
MERC/STU Approval 2)2X 220 kV GIS bay at Gorai
3)6X 220 kV GIS bay at KIE
4)2X 33 kV GIS 13 pannel board
5) D/C 3X1/C 1200sqmm 220 kV cable from Gorai to KIE 6 KM/ckt
220/33 kV Drive In Theater EHV
Station
1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
(20012-13) 24 Months after
MERC/STU Approval 2)2X 220 kV GIS bay at Chembur
3)6X 220 kV GIS bay at Drive In Theater
4)2X 33 kV GIS 13 pannel board
5) D/C 3X1/C 1200sqmm 220 kV cable from Chembur to Drive In Theater
10 KM/ckt
220/33 kV Mankhurd EHV
Station
1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
(20013-14)24 Months after
MERC/STU Approval 2)2X 220 kV GIS bay at Chembur
3)6X 220 kV GIS bay at Mankhurd
4)2X 33 kV GIS 13 pannel board
5) D/C 3X1/C 1200sqmm 220 kV cable from Chembur to Mankhurd 5
KM/ckt
220/33 kV Vikhroli EHV Station 1)2X125MVA,220/33 kV T/F with 220 kV GIS bays
(2014-15) 24 months after STU
/MERC approval 2)2X 220 kV GIS bay at Saki
3)6X 220 kV GIS bay at Vikhroli
4)2X 33 kV GIS 13 pannel board
5) D/C 3X1/C 1200sqmm 220 kV cable from Saki to Vikhroli 8 KM/ckt
400 kV EHV Stations
400/220 kV Ghodbunder EHV
Station
1)3X400/220 kV 600 MVA T/F With GIS Bays
(Connectivity from PGCIL
Boisar) 2) D/C 400 kV OH lines from Boisar (PGCIL) 76 KM/ckt
(2014-15) 48 months after STU
/MERC approval 3) 400 kV GIS bays at Boisar(PGCIL) -02 nos
4) 400 kV GIS bays at Ghodbunder -09 nos
5) 220 kV GIS bays at Ghodbunder -09 nos
400kV PGCIL Mumbai-II to
Rinfra-Ghodbunder
1) D/C 400 kV OH lines from Mumbai-II (PGCIL) to Rinfra Ghodbunder
(Approx 17kM /ckt)
(2014-15) onward 48 months
after STU /MERC approval
2) 400 kV GIS bays at Ghodunder- 3 nos
3) 400 kV GIS bays at Mumbai-II (PGCIL) -2 nos
4) 400 kV BUS Reactor at Ghodbunder
400/220 kV or HVDC IGBT at
Malvani EHV Station
1)3X400/220 kV 600 MVA T/F With GIS Bays
(2014-15) onwards 48 months
after STU/MERC approval
2) D/C 400 kV OH lines from MSETCL Padghe-II(Kudus) / Dahanu
80kM/ckt
3) 400 kV GIS bays at MSETCL Padghe-II / Dahanu -02 nos
4) 400 kV GIS bays at Malvani-09 nos
5) 220 kV GIS bays at Malvani -09 nos
HVDC IGBT EHV Stations
2x400 MW HVDC IGBT
Technology at Aarey EHV
Station
1) 2X 150/220 kV Transformer
(2011-12) 24 months after
MERC approval 2)150 kV, 600 MVA Inverter unit( Bipole)
2x400 MW HVDC IGBT
Technology at Nagothane EHV
1) 2X 220/150 kV Transformer
(2011-12) 24 months after
MERC approval 2)150 kV, 600 MVA Converter unit (Bipole)
3) 5X 1/C +/- 150 kV 1200sqmm DC cable from Nagothane to Aarey- 180
KM/ckt
13 Mumbai To meet increamental and future demand, Overcome limitation in power
transfer capacity over length of AC cable, Source Bulk Power, Reduce
losses, Enhance reliability, Create Corridor to wheel in Power, VAR control,
Voltage Fluctuation Mitigation, Block Short power frequency and switching
surges. STU approval is received.
14 Thane To meet increamental and future demand, Overcome limitation in power
transfer capacity over length of AC cable, Source Bulk Power, Reduce
losses, Enhance reliability, Create Corridor to wheel in Power, VAR control,
Voltage Fluctuation Mitigation, Block Short power frequency and switching
surges. STU approval is received.
11 Thane To meet increamental and future demand, Source Bulk Power, Reduce
losses, Enhance reliability, Create Corridor to wheel in Power
12 Mumbai To meet increamental and future demand, Source Bulk Power, Reduce
losses, Enhance reliability, Create Corridor to wheel in Power
8 Mumbai Existing 30MW load of this area is fed from Aarey.RInfra-D requested for 8
additional outlets for this area. Aarey peak reached to 412MW (2009-10) and
are incapable to meet the load growth.The 30 MW load is to be relocated at
Vikhroli. This station is proposed to meet future growth, to meet transformation
redundancy at Aarey, Reduce losses, Enhance reliability,
10 Thane To meet increamental and future demand, Source Bulk Power, Reduce
losses, Enhance reliability, Create Corridor to wheel in Power
6 Mumbai Existing 65 MW load of this area is fed from RInfra Aarey & TPC Dharavi is to
be relocated at Drive In Theater. RInfra-D requested for 24 additional outlets
for this area & 4 outlets for Mumbai Metro-II. This station is proposed to meet
future load growth, Reduce losses, Enhance reliability,
7 Mumbai RInfra-D requested for 11 additional outlets for this area & 4 outlets for
Mumbai Metro-II. This station is proposed to meet future load growth, Reduce
losses, Enhance reliability,
4 Thane Existing 50 MW load of this area is fed from Ghodbunder.RInfra-D requested
for 6 additional outlets for this area. Ghodbunder peak reached to 269MW
and incapable to meet the load growth.The 50 MW load is to be relocated at
Bhayander Rai. This station is proposed to meet future growth, to meet
transformation redundancy at Ghodbunder, Reduce losses, Enhance
reliability,
5 Mumbai Existing 36 MW load of this area is fed from Ghodbunder is to be relocated at
KIE. RInfra-D requested for 15 additional outlets for this area & 4 outlets for
Mumbai Metro-II. This station is proposed to meet future load growth, Reduce
losses, Enhance reliability. The firm capacity of Gorai EHV station is already
commited.
3 Mumbai Existing 80 MW load of this area is fed from Versova.RInfra-D requested for 8
additional outlets for this area. Versova peak reached to 343MW and are
incapable to meet the load growth.The 80 MW load is to be relocated at Khar
Danda. This station is proposed to meet future growth, to meet transformation
redundancy at Versova, Reduce losses, Enhance reliability.
177
STU/TRANS/DOC-04 -W.E.F 01/04/2010
SR
NO
NAME OF THE
SUBSTATION
DISTRICT Total Scope of Work Justification
C Additional Link Lines
1
Nil
2
i) 220 kV D/C cables between 220
kV Dahisar to 220 kV Rinfra /
TPC Borivli (2013-14)
Mumbai D/C 3x1/C220 kV 1200 mm2 XLPE cable: 8 KM / ckt, Enhance reliability, Flexibility of load transfer
ii) 220 kV D/C cables between 220
kV TPC Ghatkoper to 220 kV
Rinfra Mankhurd (2014-15)
Mumbai D/C 3x1/C220 kV 1200 mm2 XLPE cable: 7 KM / ckt, Enhance reliability, Flexibility of load transfer
iii) 220 kV D/C cables between 220
kV Drive In Theater to 220 kV
Rinfra Golibar (2014-15)
Mumbai D/C 3x1/C220 kV 1200 mm2 XLPE cable: 5 KM / ckt, Enhance reliability, Flexibility of load transfer
iv) 220 kV D/C cables between 220
kV TPC Saki to 220 kV Rinfra
Saki (2014-15)
Mumbai D/C 3x1/C220 kV 1200 mm2 XLPE cable: 3 KM / ckt, Enhance reliability, Flexibility of load transfer
v) 220 kV D/C cables between 220
kV Golibar to 220 kV Rinfra
Versova (2014-15)
Mumbai D/C 3x1/C220 kV 1200 mm2 XLPE cable: 10 KM / ckt, Enhance reliability, Flexibility of load transfer
vi)
220 kV D/C cables between 220
kV TPC Dharavi to 220 kV
Rinfra Khar Danda (2014-15)
Mumbai D/C 3x1/C220 kV 1200 mm2 XLPE cable: 7 KM / ckt, Enhance reliability, Flexibility of load transfer
D
E Others Schemes
1)220 kV Gantry near Tower no TRP-BVL-257 & cable Interfaces:
2)DC 3x1/C 220 kV 1200 mm2 XLPE cable: 5KM/ckt,
3)220 kV GIS bays: 4 nos at Ghodbunder,
Conversion of 220 kV AIS to
GIS at Existing Aarey
(2010-11) 24 Months after
MERC Approval
Refurbishment of existing 220kV
Transmission Lines
( 2010-11)
Conversion of 220 kV AIS to
GIS at Existing Ghodbunder
(2013-14) 30 Months after
MERC Approval
4 Mumbai 220 kV GIS Bays: 9 nos at RInfra Ghodbunder Future expansion is not possible due to unavalability of space at Ghodbunder
or requirement of land as given in land DPR. This proposal will create space
for proposed 400kV GIS EHV Station at Ghodbunder to enhance reliability &
to source bulk power in Mumbai.Short circuit study for Maharashtra
Transmission network carried out in March 2010 by STU (from PRDC)
recommanded for increasing breaker capacity to 63kA at RInfra Ghodbunder
& this can be achieved by conversion of AIS to GIS.
2 Mumbai 220 kV GIS Bays: 14 nos at RInfra Aarey Future expansion is not possible due to unavalability of space at Aarey or
requirement of land as given in land DPR. This proposal will create space for
HVDC IGBT Technology at Aarey to enhance reliability & to source bulk power
in Mumbai.
3 Thane /
Mumbai
Replacement of existing old 220kV Porcelain Insulators by Composite
Polymer Insulators & refurbishment of transmission tower foundation.
MERC approval is received. 10% work completed.
ADDITIONAL 400kV LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY & QUALITY OF SUPPLY
ADDITIONAL220kV LINK LINES TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY & QUALITY OF SUPPLY
AUGMENTATION OF S/S BY ADDITION OF TRANSFORMER
NIL
1 LILO MSETCL Boisar- Borivli at
RInfra Ghodbunder (2010-
11) 18 Months after MERC
Approvals
Thane STU approval is received.Existing load on Aarey-Borivli line reached to 400
MW , Kalwa-Salsete reached to 545 MW & above SIL limit.This proposal will
relieve Aarey Borivli and Kalwa Salsete Lines.Enhance Stability of DTPS,
Create Corridor to wheel in Power, Additional Back Up to DTPS.
178
TATA POWER COMPANY
LTD.
179
STU/TRANS/DOC-04 - W.E.F 01/04/2010
Sr No Voltage Level 2009-10 2010-11 2011-122012-13
& BeyondTotal
1 765 kV - - - - -
2 400 kV - - 3 3
3 220 kV - - 3 7 10
4 132 kV - - - - 0
5 110 kV 1 1 7 9
Total 0 1 4 17 22
1 765 kV - - - - -
2 400 kV - - - 681 681
3 220 kV 0 0 116 63 179
4 132 kV - - - - -
5 110 kV 0 16 15 59 90
Total (ckt km) 0 16 131 803 950
1 400kV 0 0 0 3000 3000
2 220kV 0 0 1250 2800 4050
3 132kV 0 0 0 0 0
4 110kV 0 150 180 1440 1770
Total 0 150 1430 7240 8820
1 400kV 0 0 0 0 0
2 220kV 0 0 0 0 0
3 132kV 0 0 0 0 0
4 110kV 250 75 655 250 1230
Total 250 75 655 250 1230
Total (MVA) 250 225 2085 7490 10050
Capacity Addition (MVA):
By New S/S
By Augmentation of Transformer
TPC FIVE YEAR TRANSMISSION PLAN
Year 2010-11 to 2014-15
TATA POWER (TPC) Technical Abstract
New Sub-Stations (Nos.)
Transmission Line / Cable Ckt kms:
180
STU/TRANS-PLAN/DOC-04 - WEF 01/04/10
A)
1 Uprating of 110KV
Transmission Lines for
System strengthening
Raigad / Thane
/ Mumbai
a) Replacement of existing 0.2 ACSR Conductor by
2X 0.15 ACSR Conductor of 110KV Khopoli-
Chembur, Khopoli-Mankhurd and Mankhurd-Parel
Lines ( 80 Circuit kms).
b) Two Circuit KM of XLPE Cable between Taping
structure at Chembur & Chembur R/S .
c) Terminal equipments at taping structures &
Chembur R/S.
FY10 To bring more power to Mumbai area from outside.
Scheme approved by MERC.
70% work completed.
2 Expansion of existing
110KV Receving Stations
at Mahalaxmi
Mumbai a) Construction of 145KV GIS Building.
b) Installation of 12 Bays of 145 KV GIS.
c) Diversion of existing 110KV Cables to GIS by
addition of cables.
d)Additional cables between GIS & 3 nos Power
Transformers.
e) Associated SCADA,Protection& Control and Aux
System.
FY09 To provide additional outlets to Railways and BEST for
Central Mumbai area.
Scheme approved by MERC.
Scheme Completed in FY09.
3 Establishing 220KV GIS
R/S at Mahalaxmi
Mumbai a) 1 Km of 220KV underground cable system.
b) 5, 245 kV GIS bays.
c) 1, 220/110/33KV, 250 MVA, ICT.
d) 600 Mtrs of 630 Sqmm XLPE power cable.
e) SCADA, Protection & other associated auxiliary
equipments.
FY12 To augment input capacity to Mahalaxmi and to meet
the additional requirement of BEST, Railways & Tata
Power-D reliably.
Scheme approved by MERC.
4 220KV Interconnection
with MSETCL at Borivali
Mumbai a) Construction of two, 220KV bays at MSETCL.
b) Construction of 0.5 KM of 220KV transmission
line.
c) Replacement of conductor on the existing line ( 3
C - KM).
d) Addition of 220KV cable (700 mtr) between the
Gantry and existing 220KV GIS bays.
e) Associated protection, Terminal equipments etc.
FY10 To bring more power from MSETCL/ National Grid to
Mumbai area for meeting the requirements of
distribution companies in Mumbai & Suburban area.
Scheme approved by MERC.
40% work complete.
6 Land for new Receiving
Stations.
Mumbai /
Thane
Procurement of Land for setting up of 220 / 110KV
Receving stations at various Load centers like
Hiranandani, Parel, Bangur nagar.
a) Plot at Hiranandani
b) Plot at Parel
c) Plot at Bangur Nagar
FY11 Required for setting up the EHV Receving stations to
meet the additional load requirement of distribution
utilities.
Scheme approved by MERC.
Hiranandani land - agreement under finalization.
7 Establishment of new
145 kv GIS R/S at
Hiranandani, Powai
Mumbai a) LILO of 110 kV Salsette-Dharavi by addition of 5
circuit Km 110kV cable system from Vikhroli to
Hiranandani.
b) Construction of 145/33 KV GIS Bldg.
c) 7, 145 kV GIS bays.
d) 2, 100 MVA 110/33 kV power transformers.
e) 17, 33 kV GIS bays..
f) Protection, SCADA and Associated auxiliary
equipment, Fire protection & ventilation system etc.
FY11 The existing 22 kV Substation is inadequate to meet
the growing demand of the distribution licencees
requirement in the Hiranandani area.
Existing area is supplied from Tata Power Vikhroli (E) &
Saki & Salsette Stations. Load growth about 8% to10%.
Present 22 kV network is not adequate. Proposal will
efficiently and adequately meet the load.
Scheme Approved by MERC
8 Establishment of 110 kV
R/S at Bandra - Kurla
Complex
Mumbai a) Purchase of land from MMRDA.
b) Construction of 145 kV GIS Bldg.
c) 6, 145KV GIS bays.
d) 2, 75 MVA 110/33 kV power transformers.
e) 1 Km 110 kV power cable system.
f) 15 bays of 33 kV GIS.
g) Protection, SCADA & Associated equipments.
FY11 The existing 22 kV network is inadequate to meet the
additional load in BKC area. The proposal will meet the
additional requirement in BKC area.
Existing area is supplied from Tata Power's Dharavi
(Matunga West) at 22 kV. Load growth is about 6% to
8%. Present 22 kV network not adequate.
Conversion of BKC station to 110 kV will enhance the
efficiency of transmission lines which are presently
utilised at 22 kV.
Scheme Approved by MERC
Land acquisition in final stage.
9 220 / 110 KV four Circuit
Transmission line with
245KV GIS at Saki.
Mumbai a) Construction of 220KV Transmission line
between Salsette & Narayan Industrial estate (14
Cir Kms).
b) Laying of 220KV cable from Narayan Industrial
estate to Saki.
c) Construction of GIS building.
d) installation of 8 nos 220KV GIS bays.
e) Insatallation of two nos 250MVA, 220 / 110 /
33KV ICTs.
f) Installation of 33KV GIS with two incomer, 1 Bus
coupler and 18 outlets.
FY12 To improve the supply reliabilty and to meet demand
growth of Saki area.
To provide n-1 redundnacy at Saki.
Scheme approved by MERC.
ONGOING SCHEMES STARTED PRIOR TO APRIL 2009
5 220KV Trombay- Dharavi-
Salsette Line
Mumbai a) Construction of four circuit transmission line from
Tromaby to Salsette (60 cir Kms).
b) Construction of Transmission line from Trombay
to Pratiskha nagar ( 10 Cir Kms) and laying of
220KV cable system from Pratiskha nagar to
Dharavi.
c) Additional GIS bays at Dharavi and Salsette.
d) Associated Protection, SCADA System, Aux
Power Supply & Civil works etc.
FY12 For meeting the additional load growth in North &
Centeral Mumbai.
Scheme approved by MERC.
STU TRANSMISSION PLAN FOR MAHARASHTRA STATE
YEAR 2010-11 TO 2014-15
NAME OF THE
SUBSTATION
DISTRICT TOTAL SCOPE OF WORK Date of
Completion
TATA POWER CO.LTD.
REMARK / PURPOSE / JUSTIFICATIONSR.
NO.
181
STU/TRANS-PLAN/DOC-04 - WEF 01/04/10
10 145 kV GIS at Versova
R/S
Mumbai a) Land from BMC.
b) 11, 145KV GIS Bays.
c) 1, 90 MVA, 110/33KV Transformer.
d) 14, 33KV Switchgear panels
e) Associated power cables, Auxiliaries, Control &
Protection panels etc.
FY12 To meet the additional power requirement of Versova
area.
Conversion of AIS to GIS will enhance the life of the
station equipments. They will serve efficently and
adequately.
Scheme approved by MERC.
11 220 kV South Mumbai
Ring system
Mumbai a) Construction of additional 220 KV Trombay-Sewri
Overhead line (1 km).
b) 16 circuit KM of 220 KV Cable sytem from
Sewri-Backbay.
c) 1, 250 MVA 220/110/33 KV ICT.
d) 1, circuit Km of 110 kV cable system.
e) 11, 145 kV GIS bays.
f) Protection, SCADA & Associated equipments.
FY12 To meet N-1 criteria.
To improve reliability.
To meet additional load. The existing cable rated for
860 Amp cannot meet the load.
Proposal will reduce the overloading of Carnac R/S
and thus release the capacity for Carnac local load
growth.
Proposal will also make sure availability of alternate
supply due to ring system.
Scheme Approved by MERC.
12 Installation of additional
interconnecting
transformer alongwith 33
kv outlets at Dharavi R/S
Mumbai a) 1, 250 MVA, 220/110/33KV ICT.
b) 1, 110 kV Hybrid switchgears
c) 120 Mtr of 220 kV Bus duct.
d) 675 Mtr of 110 kV 1600 Sqmm power cable
e) 7, 33KV Switchgear panels.
f) 33 kV power cables, protection SCADA system
and other auxiliary systems.
FY10 To augment the input capacity to Dharavi R/S.
To meet the additional power requirement in Dharavi
area through additional outlets.
Scheme Approved by MERC.
13 Installation of additional
new 4th, 75 MVA, 110 /22
kV transformer at Vikhroli
Mumbai a) Installation of 1, 110 kV Bay at Vikhroli
b) 1, 75 MVA,110/22 KV power transformer.
c) 1, 22 KV Switchgear.
d) 500 Mtrs of 22 kV cable.
e) Associated protection, SCADA etc.
FY09 To meet the additional load requirements in Vikhroli
area through additional outlets.
Scheme Approved by MERC
Scheme completed in FY 09.
14 Uprating of 110KV
Transmission line by High
Ampacity Super
Conductor
Mumbai a) Replacement of existing conductor (900 A) by
Highampacity super Conductor (1800 A) on the
existing 110KV Borivali - Malad, Salsette - Saki
Transmission lines (32 cir Kms)
b) Uprating of 110KV bay equipments at Borivali,
Malad,Salsette & Saki.
FY10 To improve supply reliability and to meet demand
growth in Saki & Malad areas.
Scheme approved by MERC.
B)
1 110 kV New R/S at
Borivali (west)
Mumbai a) Procurement of land.
b) Construction of Two 110 kV Bays at Tata Power
Borivali (East).
c) 6 circuit Km of underground cable system
between Borivai (east) and west s/s.
d) Nine 110 kV GIS Bays.
e) 2, 100 MVA 110 /33 kV Transformers.
f) 17 outlets of 33 kV GIS Bays.
g) Protection, Scada and other auxiliary
equipments.
FY14 To meet the additional power requirement of
distribution licencees in the Borivali West area.
Borivli West area is served by Tata Power Borivli
(East) Station at 22 kV.
The load growth is about 10%. The existing 22 kV
network inadequate. Proposal will efficiently and
adequately meet the load.
2 Establishment of 220KV
R/S at Antop Hill
(Wadala)
Mumbai a) Loop in Loop out of proposed 220 kV Trombay-
Dharavi and laying of 1.5 circuit Km of 220KV cable
system to the proposed GIS Bldg at Antop Hill.
b) Construction of GIS Bldg.
c) 6 bays of 220 kV GIS.
d) 2, 100 MVA, 220/33 kV power transformers.
e) 17, 33 kV GIS bays.
f) Protection, SCADA and Associated Auxiliary
system etc.
FY14 To provide input capacity to Antop Hill (Wadala) and to
meet the additional requirement of distribution
licencees.
Existing area is supplied from Tata Power Dharavi
(Matunga West). Load growth about 5% to 6%. Present
22/33 kV network not adequate.
3 Establishment of new
220/33 kV GIS R/S at
Chunabhatti
Mumbai a) LILO of existing 220 KV Bhira-Dharavi line.
b) Construction of 220 kV GIS Bldg.
c) Installation of 9, 220 kV GIS bays.
d) Installation of 2, 220/33 kV power transformers.
e) Installation of 17, 33 kV GIS bays.
f) Associated protection, SCADA, Auxiliary
equipments.
FY15 The load growth of about 5% to 6% is expected due to
rehabilitation of Dharavi slums. The existing Tata
Power's R/S capacity at Matunga (W) will be
inadequate to meet the additional load growth. Hence it
is proposed to construct a new station at Chunabhatti
to meet the requirements of distribution licencees (33
kV outlets).
4 Establishment of new
110/33 KV R/S at Bangur
Nagar R/S
Mumbai a) LILO of existing 110 kV Malad-Versova lines.
b) Construction of GIS Bldg.
c) Installation of 7 bays of 145 kV GIS.
d) Installation of 2 x 100 MVA, 110/33 kV
transformers.
e) Installation of 17 bays of 33 kV GIS.
f) Asscoiated protection, SCADA & Associated
auxiliary system.
FY14 Adequate space is not available at the existing Malad-
Versova R/S for expansion and hence it is proposed to
construct an additional 110/33 kV R/S at Bangur Nagar
for meeting the load requirement of Distribution
Licencees in that area.
The load are supplied from Tata Power Malad &
Versova R/S. Load grwoth 8% to 10%. Present network
/ infrastructre not adequate therefore the existing EHV
lines are getting tapped to meet loads efficently.
5 Establishment of new
110 /33 KV R/S at L&T
Mumbai a) Loop in Loop out of existing 110 kV Salsette-Saki
lines.
b) Procurement of land.
c) Construction of 145/33 kV GIS Bldg.
d) Installation of 9 bays of 145 kV GIS bays.
e) 2, 100 MVA, 110/33 kV power transformers.
f) 17 bays of 33 KV GIS bays.
g) Associated protection, SCADA, Auxiliary
equipment, Fire system etc.
FY15 To meet the additional power requirement of
distribution licencees in the Powai area.
Existing area is supplied from Tata Power Salsette
(Bhandup West) / Saki Stations at 22 kV. Load growth
about 8% to10%. Present network not adequate.
Proposal will efficiently and adequately meet the load.
MERC has approved 220 kV Saki proposal, which will
enhance the upgradation and setting up of the stations
to benefit the consumers including licencees.
NEW SCHEMES
182
STU/TRANS-PLAN/DOC-04 - WEF 01/04/10
6 New 400/220/33 kV
Station at
Ghatkopar
Mumbai a)400 KV Ghatkopar - Kharghar D/C Line - 20 km
b) 400 KV Ghatkopar - New Panvel (PGCIL) S/C
Line - 40 km.
c) 400 KV PGCIL, Kalher - Ghatkopar line - 40 km
d) Construction of 400/220/33 kV GIS Bldgs.
e) 3 x 500 MVA, 400/220/33 kV power
transformers.
f) 3 x 250 MVA, 220/110/33 kV ICTs
g) Installation of 400 kV GIS bays.
h) Installation of 220 kV GIS bays.
i) LILO of 220kV Trombay - Salsette - Saki lines
j) LILO of MSETCL Trombay - Mulund/Kalwa line
k) 2 x 220kV lines for Godrej & Boyce
l) Installation of 33 kV GIS bays.
m) Installation of 145 kV GIS bays.
n) Asscoiated protection, SCADA, auxiliary
equipment, fire protection system etc.
FY14 To increase power input to Mumbai from Natonal
Power Grid.
The proposal will bring reliable and cheap power to
Mumbai to mitigte the shortage face today.
7 New 220/33 KV R/S at
Air Port Area (Vidyavihar
West)
Mumbai a) LILO of 220 KV UG Salsette - Saki cable system
from Narayan Ind Estate to Air Port are, route
length 15 KM.
b) Development of land at Airport S/S.
c) Construction of 220/33 kV GIS Bldg.
d) Installation of 7 bays of 220 kV GIS.
e) 2, 220/33 kV, 125 MVA Power transformers.
f) Installation of 17 bays of 33 kV GIS bays.
g) Associated protection, SCADA, auxiliary
equipment etc.
FY12 To meet the growing power requirements in Airport
area (expected load about 300MVA eventually.)
Existing area is supplied from Tata Power's Dharavi &
Saki. Load growth about 6% to 8%. Present 22 kV
network not adequate.
Proposal will meet the loads efficiently and adequately.
8 New 400/220/33 kV R/S
at Marve
Mumbai/ Thane a) 400 KV S/C line from PGCIL Kalher to Marve,
S/C line from Majlipada to Marve
b) Purchase of land at Marve.
c) Construction of 400/220/33 kV GIS Bldgs.
d) 3 x 315 MVA, 400/220/33 kV ICTs.
e) Installation of 400 kV GIS bays.
f) Installation of 220 kV GIS bays.
g) Installation of 33 kV GIS bays.
h) Asscoiated protection, SCADA, auxiliary
equipment, fire protection system etc.
FY15 To get more power input from PGCIL;s proposed
Kalher / Panvel 400 kV Stations to meet the load
requirements of entire North-West Mumbai area.
Present supply is from Tata Power's Trombay/ Borivli
at 220 kV. The load growth is about 8% to 10%, the
network is not adequate. The proposal will bring in bulk
power efficiently and adequately.
9 New 400/220/33 kV R/S
at Majlipada
Mumbai/ Thane a) LILO of 400kV Kalher-Marve line.
b) 400 kV D/C line from PGCIL Boisar to Majlipada
c) Purchase of land at Majlipada.
d) Construction of 400/220/33 kV GIS Bldgs.
e) 3 x 315 MVA, 400/220/33 kV ICTs
f) Installation of 400 kV GIS bays.
g) Installation of 220 kV GIS bays.
h) Installation of 33 kV GIS bays.
i) 2 X 220 kV lines to DFCC.
j) Associated protection, SCADA, auxiliary
equipment, fire protection system etc.
FY15 To get more power input from PGCIL Kalher/ Panvel
to meet the load requirements of North Mumbai
covered in PGCIL report for power evacuation.
Present supply is from Tata Power's Trombay/ Borivli
at 220 kV. The load growth is about 8% to 10%, the
network is not adequate. The proposal will bring in bulk
power efficiently and adequately.
Proposal under discussions with PGCIL and STU
10 New 220/33 kV R/S at
Mira Road (West)
Mumbai/ Thane a) 220 KV D/C UG cable system from Majlipada to
Mira Road (West), route length 12 KM.
b) Purchase of land at Mira Road (West)
c) Construction of 220/33 kV GIS Bldg.
d) Installation of 220 kV GIS.
e) 2 X 125 MVA, 220/33 kV Power transformers.
f) Installation of 33 kV GIS bays.
g) Associated protection, SCADA, auxiliary
equipment etc.
FY14 To meet the growing load of Mira Road (West) area.
Mira Road (West) area is served by Tata Power's
Borivli (East) Station at 22 kV.
The load growth about 10%. The existing network
inadequate. Proposal will efficiently and adequately
meet the load, it will also load the proposed 400 kV
Majlipada station mentioned above.
11 New 220/33 KV Versova
(West) S/S
Mumbai a) 220 KV D/C UG cable system from Marve to
Versova (West), route length 10 Km.
b) Purchase of land at Versova (West)
c) Construction of 220/33 kV GIS Bldg.
d) Installation of 220 kV GIS.
e) 2 X 250 MVA 220/110/33 kV Power transformers.
f) Installation of 33 kV GIS bays.
g) Associated protection, SCADA, auxiliary
equipment etc.
FY15 To meet the growing load of Versova area.
Versova (West) area is served by Tata Power's
Versova R/S at 22 kV. The Versova station cannot be
expanded due to shortage of space.
The load growth is about 10%. The existing network
inadequate. Proposal will efficiently and adequately
meet the load, it will also load the proposed 400 kV
Marve station mentioned above.
12 New 220kV/33kv Godrej
(East) S/S
Mumbai a) 220 KV D/C UG cable system from Ghatkopar to
Godrej (East), route length- 4 KM.
b) Construction of 220/33 kV GIS Bldg.
c) Installation of 220 kV GIS.
d) 2 X 125 MVA, 220/33 kV Power transformers.
e) Installation of 33 kV GIS bays.
f) Associated protection, SCADA, auxiliary
equipment etc.
FY13 To meet load growth arising out of development of
Godrej property in Vikhroli (East) and additional loads
in that area.
Presently loads in Godrej area are fed at 22kV which
will not be economical with increased load.
Expected load in this area is about 120 MVA by
FY13/14
13 New 220kV/33kv Godrej
(West) S/S
Mumbai a) 220 KV D/C UG cable system from Ghatkopar to
Godrej (West), route length- 4 KM.
b) Construction of 220/33 kV GIS Bldg.
c) Installation of 220 kV GIS.
d) 2 X 125 MVA, 220/33 kV Power transformers.
e) Installation of 33 kV GIS bays.
f) Associated protection, SCADA, auxiliary
equipment etc.
FY14 To meet load growth arising out of development of
Godrej property in Vikhroli (West) and additional loads
in that area.
Presently loads in Godrej area are fed at 22kV which
will not be economical with increased load.
Expected load in this area is about 120 MVA by
FY13/14
183
STU/TRANS-PLAN/DOC-04 - WEF 01/04/10
14 New 220kV/33kV S/S at
Bombay Dyeing, Wadala
Mumbai a) LILO of 110kV Trombay-Parel line at Sewri Fort
b) 110kV S/C Cable system Sewri fort - Wadala -
Parel, route length 7 km
c) 220kV GIS bays at Wadala
d) 2X90 MVA Transformers
e) Associated protection, SCADA, auxiliary
equipment etc.
FY14 To meet increased load demand in Wadala area.
Expected loads in due to development of commercial &
residential complexes in Bombay Dyeing, Wadala area
is about 70 MVA
15 New 220kV/33kV S/S at
Bombay Dyeing, Worli
Mumbai a) 110kV Cable system to Worli from Dharavi and
Parel R/S, route length - 10 km
b) Construction of GIS building
c) Instalaltion of 145kV GIS bays at Bombay
Dyeing, Worli
d) Installation of 33 kV GIS bays.
e) Associated protection, SCADA, auxiliary
equipment etc.
FY14 To meet increased load demand in Worli area.
Expected loads in due to development of commercial &
residential complexes in Bombay Dyeing, Worli area is
about 60 MVA
16 New 220kV/33kV S/S at
HDIL, Kurla
Mumbai a) Uprating of 22kV overhead lines from Dharavi
R/S to Mithi river - 2.5 km
b) 110kV D/C cable system from Mithi river to HDIL,
Kurla - 4 km
c) Instalaltion of 145kV GIS bays
d) 2 x 90 MVA Transformers
e) Installation of 33kv GIS bays
f) Associated protection, SCADA, auxiliary
equipment etc.
FY14 To meet prospective loads in Kurla (West) area - about
50 MVA
Subsequently, the expected load growth in Kurla
(West) area is about 5%.
17 New 110kV/33kV R/S at
Chembur Tapping
Structure
Mumbai a) LILO of existing 110kV Trombay-Chembur and
Khopoli - Lodhiwali-Chembur lines at tapping
structure
b) Installation of 145kV GIS bays
c) Installation of 2X90 MVA Transformers
d) Installation of 33kV GIS bays
e) Associated protection, SCADA, auxiliary
equipment etc.
FY14 There is no scope for expansion of existing Chembur
R/S for additional outlets.
To meet increased demand in Chembur area
C)
III
1 220kV Kalwa - Salsette
Third Line
Thane Uprating of existing 110kV Kalwa - Salsette to 220
kV
FY12 To meet increased Mumbai demand reliably.
The existing 220kV Kalwa-Salsette lines have reached
full capacity and tripping any one line jeopardises
system stability.
III
IV FOR STRENGTHENING OF EVACUATION ARRANGEMENT
1 Evacuation of power from
the proposed 3x800 MW
power plant at Dehrand /
Mankule, Maharashtra
Mumbai /
Thane / Raigad
a) 400 kV D/C lines (twin conductor) from Dehrand
to Ghatkopar - 65 Km.
b) 400 kV D/C lines (twin conductor) from Dehrand
to Nagothane - 65 Km.
FY14 To provide evacuation of Tata Power's proposed
Thermal station to Tata Power area and to
MSETCL/and other states through PGCIL's 400 kV
network from Panvel / Pune.
Proposal included in PGCIL evacuation report.
D)
I
II
1 Installation of additional
interconnecting
transformer alongwith 33
kv outlets at Borivli R/S
Mumbai a) 1, 250 MVA, 220/110/33KV ICT.
b) 1, 110 kV Hybrid switchgears
c) 120 Mtr of 220 kV Bus duct.
d) 675 Mtr of 110 kV 1600 Sqmm power cable
e) 7, 33KV Switchgear panels.
f) 33 kV power cables, protection SCADA system
and other auxiliary systems.
FY13 To augment the input capacity to Borivli R/S.
To meet the additional power requirement in Borivli
area through additional outlets.
2 Installation of additional
75 MVA, 110/33kV
Transformer along with
33kV GIS bays at Parel
Mumbai a) Installation of 1X75 MVA Transformer
b) Instalaltion of 33kV GIS bays
c) 33 kV power cables, protection SCADA system
and other auxiliary systems.
FY11 The expected load on 33kV at Parel is about 160 MVA
which will exceed firm capacity of 75 MVA.
To meet increased load on 33kV reliably additional
transformer is required.
3 Installation of additional
315 MVA, 220kV/110kV
ICT at Trombay
Mumbai a) Installation of 1x315 MVA additional ICT at
Trombay
b) Construction of 110kV O/H line from Trombay
220kV to 110kV - 2 ckt km
FY12
III
1 Life extension
(Replacement) of existing
transformer 2 at Saki &
existing transformer 2 at
Mahalaxmi and
transformer 2 at Carnac
R/S
Mumbai Procurement, Installation, Testing Commissioing of
3 Nos. 75/90 MVA, 110/22 kV power transformers
at Saki & Mahalaxmi R/S respectively.
FY12 The transformers are having high Furan content. The
transformers cannot be repaired.
Transformers are 35 years old. Hence they are
required to be replaced.
E)
1 Expansion and life
extension of existing 110
kV R/S at Mankhurd
Mumbai a) Construction of 145 KV GIS Bldg.
b) Installation of 9, 145 kV GIS bays.
c) Associated protection, SCADA & Auxiliary
equipments.
FY13 The existing AIS equipments are old and served there
utility therefore they need replacement by GIS.
To increase the reliability of station and to meet
additional load.
To provide additional 110 kV outlets to consumers.
TO MEET DEMAND WITHOUT LOAD SHEDDING AND TO ENSURE RELIABILITY AND
NIL
AUGMENTATION OF SUB-STATIONS BY REPLACEMENT OF TRANSFORMER
LIFE EXTENSION AND MODERNISATION
ADDITIONAL LINK LINES
FOR SUB-STATIONS WHERE ONLY SINGLE CIRCUIT AND SINGLE SOURCE IS
FOR NEW SUBSTATIONS TO HAVE ALTERNATE SOURCE
NIL
TO REDUCE LOADING ON EXISTING TRANSFORMER (N-1)
AUGMENTATION OF SUB-STATIONS BY ADDITION OF TRANSFORMER
WHERE ONLY SINGLE TRANSFORMER IS AVAILABLE
184
STU/TRANS-PLAN/DOC-04 - WEF 01/04/10
2 Expansion and life
extension of existing 110
kV R/S at Dharavi
Mumbai a) Construction of 145 KV GIS Bldg.
b) Installation of 30, 145 kV GIS bays.
c) Associated protection, SCADA & Auxiliary
equipments.
d) 110 kV power cables between GIS and power
transformers.
FY14 The existing AIS equipments are old and served there
utility therefore they need replacement by GIS.
To increase the reliability of station to meet consumers
load.
To provide additional 110 kV outlets to consumers and
other Satelite R/S to be setup.
3 Expansion and life
extension of existing 110
kV R/S at Malad
Mumbai a) Construction of 145 KV GIS Bldg.
b) Installation of 9, 145 kV GIS bays.
c) Associated protection, SCADA & Auxiliary
equipments.
d) 110 kV power cables between GIS and power
transformers.
FY14 Increase in reliability.
To provide additional outlets to consumers.
4 Expansion and life
extension of existing 110
kV R/S at Parel
Mumbai a) Construction of 145 kV GIS Bldg.
b) Installation of 15 bays of 145 kV GIS Bldg.
c) Associated protection, SCADA etc.
d) 110 kV cable system between Transformer /
Lines & GIS.
FY14 Increase in reliability.
Creation of additional outlets for meeting the
requirement of customers.
5 Expansion and life
extension of existing 110
kV R/S at Saki
Mumbai a) Construction of 145 kV GIS Bldg.
b) Installation of 9 bays of 145 kV GIS Bldg.
c) Associated protection, SCADA etc.
d) 110 kV cable system between Transformer /
Lines & GIS.
FY15 Increase in reliability.
Creation of additional outlets for meeting the
requirement of customers.
6 Expansion and life
extension of existing 110
kV R/S at Carnac
Mumbai a) Installation of 5 bays of 145 kV GIS.
b) Associated protection, SCADA etc.
c) 110 kV cable system between Transformer /
Lines & GIS.
FY15 Increase in reliability.
Creation of additional outlets for meeting the
requirement of customers.
7 Replacement and life
extension of exising
switchgear/auxiliary
equipment etc. of existing
17 Receiving Stations of
Tata Power.
Mumbai a) Replacement of switchgear.
b) Replacement of Station transformers.
c) Replacement of batteries and chargers.
d) Replacement of UPS.
e) Replacement of AC & DC boards.
f) Other fire system equipment.
g) SCADA & Communication system.
To meet the annual capital expenditure requirement of
replacing the old outdated transmission assets in the
Tata Power's R/S.
185
756 KV & 400 KV TRANSMISSION
NETWORK OF MAHARASHTRA STATE
INCLUDING INTERSTATE LINES
186
400 KV BOISAR PG
400 KV TARAPUR PG
}
Towards400 KV VAPI
400 KV KUDUS (MSETCL)
400 KV NAGOTHANE
400 KV PADGHE
400 KV KHARGHAR
TowardsOSMANB2N 220 kV
{
2 x 668 MW
190 km, Quad Moose
77.1 km, Twin Moose
175 km, Quad Moose
765 kV & 400 kV TRANSMISSION NETWORK OF MAHARASHTRA INCLUDING INTERSTATE LINES
}
TowardsRAICHUR
150 km, Quad Moose
91 km, Twin Moose
102 km, Twin Moose
102km, Twin Moose
Towards400 KV INDIABULLS,
NASHIK
185 km, Twin Moose
58 km, Twin Moose
136 km, Quad Moose
116.315 km, Twin AAAC
116 .315 km, Twin AAAC
20 km, Quad Moose
20 km, Twin Moose
270 km, Quard Moose
230 km, Twin Moose
TowardsNALPSOPARA 220 kV
}
Towards400 KV
AURANGABAD-I}
400 KV PADGHE PG
55 km, Twin Moose
765 KV PUNE PG765 KV PADGHE PG
Towards400 KV
NAGOTHANE
174 km, Twin Moose
2 x 635MVA
2 x 1500 MVA
106 km, Twin Moose
15 km, Twin Moose
15 km, Twin Moose
400 KV CAHKAN
HEGC GEN.
Towards KESURDI 220 kV
400 KV HINJEWADI
400 KV KESURDI
20 km, Twin Moose
144 km, Twin Moose
84 km Twin Moose
60 km, Quad Moose
55 km, Quad Moose
260 km, Q
uad Bersimis
Twin Moose
400 KV KOYNA
55 km, Quad Moose
110 km
270 km, Twin Moose
270 km, Twin MooseTowards400 KV PARLI-PG}
84 km, Twin Moose
} TowardsBABLESHWAR
230 km, Twin Moose
285 km, Twin Moose
400 KV LONIKAND-II
Twin Moose
Towards 400 KV KESURDI
765 KV SOUTH SOLAPUR PG
55 km, Twin Moose
400 KV SOUTH SOLAPUR PG
400 KV KARAD-II
118 km
14
60 km, Quad Moose
400 KV NEW KOYNA
56 km, Twin Moose
400 KV RGPPL
136 km, Quad Moose
139 km, Quad Moose
400 KV KOLHAPUR
}
Towards400 KV KARAD-I
161.05 km, Twin Moose
120 km, Quad Moose
}
Towards400 KV PADGHE
230 km, Quad Bersimis400 KV SOLAPUR
20 km, Quad Moose
400 KV GHODBUNDER 129 km, Twin moose
400 KV MHAPUSA PG
400 KV JAIGAD
}
Towards400 KV LONIKAND-I
139 km, Quad Moose
139 km, Quad Moose
2x 500 MW
Towards400 KV JAIGAD
20 km, Quad Moose
50 km,Quad Zebra
189 km, Twin Moose
Towards220 kV NAGOTHANE
TowardsKARAD
37 km, Twin Moose
161.05 km, Twin Moose
400 KV JEJURI
284 km, Twin Moose
20 km, Twin Moose
400 KV NAVI MUMBAI PG
TowardsVAPI
150 km, Quad Moose
22 km, Twin moose
230 km, Quad Bersimis
2 x 1500 MVA
4 x 250MW
4 x 355 MVA
116
60 km, Quad Moose
2 x 500 MVA3 x 315 MVA
2 x 500 MVA
2 x 315 MVA
3 x 315 MVA
2 x 315 MVA
2 x 500 MVA
2 x 500 MVA
{
2 x 315 MVA
2 x 500 MVA
2 x 1500 MVA
2 x 500 MVA
2 x 500 MVA
2 x 600 MVA
TowardsPADGHA 220 kV
400 KV KALWA
1 x 500 MVA
Towards220 kV KARAD-I
2 x 786 MVA
Towards220 KV KARAD-II
4 x 300 MW
{
2x 500 MVA
TowardsSOL-III2 220 kV
TowardsKUDUS 220 kV
TowardsNASIK 220 kV
}
TowardsKALWA 220 kV
TowardsNERUL 220 kV
2 x 315 MVA
TowardsPUNE-PG 220 kV
Towards400 KV PARLI
TowardsLONIKAND-220kV
Towards220 KV CHAKAN-II
TowardsJEJURI 220kV
TowardsHINJEWADI 220kV
Towards220 KV
LONIKAND-II
Towards JEJURI
}
56 km, Twin Moose
Twin Moose
2 x 500 MVA
14
Twin Moose
116.315 km, Twin AAAC
196km, Twin Moose
192.7 km, Twin Moose
71.5 km, Twin Moose
20.5 km, Twin Moose
23
22 km, Twin Moose
2x 500 MVA
2x 600 MVA
3 x 315 MVA
Towards220 kV KOLHAPUR-III
LEGEND
PARTICULARS
765 kV PROPOSED LINES (PGCIL)
400 kV PROPOSED LINES (MSETCL)
State Transmission Utility,4th Floor, Prakashganga',Bandra Kurla ComplexBandra (E), MUMBAI - 400 051 SHEET - I
2 x 315 MVA
Towards400 KV AURANGABAD PG
Towards220 kV MHAPUSA
TARAPUR GEN 3&4
20.5 km, Twin Moose
76 km
, Twin Moose
40 km
, Twin Moose
Towards220KV GHODBUNDER
196km, Twin Moose
105 km, Twin Moose192.7 km, Twin Moose
}
1 x 315 MVA
RGPPL GEN-1
RGPPL GEN 2&3
1 x 500 MVA
1 x 753 MVA
2 x 540 MW
1 x 640 MW
3 x 315 MVA
2 x 500 MVA
}
{
400 KV KARAD
400 KV OSMANABAD
246 km, Twin Moose
1 x 500 MVA
Towards400 KV PARLI PG
182 km, Twin Moose
Towards NMUM-PG2 220kV
1 x 500 MVA
105 km, Twin Moose
2x 500 MW
400 KV VIKROLI(GHATKOPER)
185 km, Twin Moose
40 km, Twin Moose
76 km
, Twin Moose
TowardsGHTKOPR2 220kV
3x 600 MVA
190 km, Quad Moose
175 km, Quad Moose
30 km, Quad Moose
30 km, Quad Moose
Towards400 KV NAVSARI PG}
} Towards400 KV DHULE PG
71.5 km, Twin Moose
400 KV NERUL
Twin Moose
SSOLPRNG [110]
Towards220kVSOUTH SOLAPUR PG
56 km, Twin Moose
56 km, Twin Moose
400 KV FINOLEXFINOLEX GEN
2x 500 MVA
Quad Moose
150 km
150 km
60 km, Quad Moose
Quad Moose
2x 600 MVA
139 km, Quad Moose120 km, Quad Moose
JAIGAD GEN
1 x 315 MVA
KOYNA-4 GEN
TowardsNEW KOYNA 220 kV
TowardsKHARGAR 220 kV
116.315 km, Twin AAAC
174 km, Twin Moose
CHANDRAPUR
80 km, Twin Moose
270 km, Quard Moose
}
250 km, Quad Bersimis
250 km, Quad Bersimis
}
400 KV DHULE-II(DONDAICHA)
Towards NARENDRA
2 x 500 MVA
4 x 300 MVA
48 km, Twin Moose
400 KV NALASOPARA
2 x 500 MVA
TowardsBOISAR 220 kV
3 x 315 MVA
Towards765 KV AURANGABAD-PG
28 km, Twin Moose
Twin Moose
Twin Moose
2 x 315 MVA
Towards400 KV PARLI-PG
67 km, Twin moose
Towards400 KVPARLI
50 km,Quad Zebra
400 KV PUNE PG
1x 350 MW
400 KV LONIKAND-I400 KV HEGC
400 kV EXISTING LINES (MSETCL)
765 kV EXISTING LINES (PGCIL)
400 KV NASHIK
Towards400 KV DHULE- I 15 km, Quad Moose
95 km, Quad Moose15 km, Quad Moose
95 km, Quad Moose
2 x 635MVA
DONDAICHA GEN 1&2
2 x 660 MW
MAHARASHTRA STATE ELECTRICITY TRANSMISSION CO. LTD.
HVDC back to back converter
400 kV EXISTING LINES (PGCIL)
400 kV PROPOSED LINES (PGCIL)
765 kV EXISTING LINES (MSETCL)
765 kV PROPOSED LINES (MSETCL)
187
765 KV & 400 kV TRANSMISSION NETWORK OF MAHARASTRA
INCLUDING INTERSTATE LINES
765 KV AURANGABAD PG
2 x 660 MW
765 KV AKOLA - II
210 km, Quad Bersimis
210 km, Quad Bersimis
400 KV AURANGABAD PG
400 KV AURANGABAD-II(MSETCL)
30 km, Quad Moose
25 km, Quad Moose
25 km, Quad Moose
400 KV BHUSAWAL-II
190 km, Quad Moose
190 km, Quad Moose
400 KV BHUSAWAL-I
7 km, Twin Moose
2 x 500 MW
238 km, Twin Moose
765 K KORADI - III
90 km
Quad Moose
400 KV AKOLA - II
5 x 270 MW
400 KV AKOLA-I
10 km, Quad Moose
10 km, Quad Moose
400 KV INDIABULLS,NANDGAONPETH
400 KV KORADI-I
138 km, Twin Moose
Towards220 kV KHAPERKHEDA-II
400 KV KORADI-III
{
Twin Moose
182 km
400 KV DHULE PG
400 KV BABHALESHWAR
}
7 km, Twin Moose
170 km, Twin Moose
Towards BHUSAWAL-220 kV
131 km, Twin Moose
Towards400 KV NASIK
Towards 400 KV MAUDA
2 x 500 MVA
3 x 660 MW
10 km, Quad Moose
10 km, Quad Moose
Towards BHILAI
400 KV ADANI,GONDIA
3 x 660 MW
Towards400 KV KHARGHAR
400 km,Quad Bersimis
400 KV IDEAL
70 km, Quad Moose
MAUDA GEN.
2 x 500 MW
1 x 600 MVA
10 kmTwin moose
40 kmQuad Moose
400 KV CHANDRAPUR-I
Twin Moose
24 km, Twin Moose
24 km, Twin Moose
22.5 km, Twin Moose
22.5 km, Twin Moose
400 KV PARLI PG
322 kmTwin Moose
388 km, Twin Moose
400 KV PARLI (MSETCL)
7 km, Twin Moose
Towards 400 KV OSMANABAD
}
Towards400 KV BHILAI
3 x 600 MVA
3 x 210 MW
3 x 500 MW
400 KV CHANDRAPUR-II
30 km, Twin Moose
30 km, Twin Moose
400 KV NANDED
281 km, Twin Moose
156 km, Twin Moose
Towards765 K SEONI
(Charged at 400 kV)
341 km, Quard Moose
341 km, Quard Moose
400 KV AURANGABAD-I
Towards400 KV WARDHA (PG)
Towards BHUSWALII 220 kV
210 kmTwin Moose }
142 km, Twin Moose
142 km, Twin Moose
}
76 km, Quard Moose
174 km, Twin Moose
230 km, Twin Moose
230 km, Twin Moose
}Towards 400 KV PUNE PG
400 KV KORADI-II
WARORA40 [2504044]
174 km, Quad Moose
81 kmQuad Moose}
50 km, Quad Moose
50 km, Quad Moose
}
Towards 400 KV PUNE PG}
284 km, Twin Moose1 x 500 MVA
270 km, Twin Moose
129 km, Twin Moose
130 km, Quad Bersimis
400 km, Quad Bersimis
160 km, Twin Moose
81km, Quad Moose
265
265
Twin Moose
2 x 500 MW
2 x 500 MVA
81 kmQuad Moose
2 x 500 MVA
TowardsAURANGABAD-II 220 kV
2 x 500 MVA
TowardsCHANDRAPUR-I 220 kV
345 km, Twin Moose
333 km, Twin Moose
345 km, Twin Moose
285 km km, Twin moose
Towards PRLI-GR 220 kV
1 x 500 MVA
81 km, Quad Moose
2 x 1500 MVA
400 KV WARDHA PG
2 x 315 MVA
765 KV KUDUS (PADGHE) PG Towards
SATPURA
400 KV BHADRAVATI PG
210 kmTwin Moose
170 km, Twin Moose
250 km, Quad Bersimis
}
2x500 MVA
2 x 1500 MVA
TowardsKORADI-220 kV
Towards SARDAR SAROVAR
Towards DHULE 220 kV
Towards400 K RAIPUR
3 x 780 MVA
TowardsWARORA 220 kV
TowardsNANDED 220 kV
2 x 600 MVA
2 x 500 MVA
1 x 315 MVA3 x 250 MVA
2 x 500 MVA
1 x 500 MW
Towards KORADI-II-220 kV
TowardsAKOLA-220 kV
Towards 132 kV BHUSAWAL
2 x 600 MVA
2 x 315 MVA
1 x 315 MVA
2 x 500 MVA
156 km
Twin Moose
240 km
130 km, Quad Bersimis
Towards400 KV NASHIK
40 kmQuad Moose
2 x 1500 MVA
2 x 780 MVA
160 km, Twin Moose
3 x 780 MVA
269 km,
Towards765 KV BARODA
}
220 km, Twin Moose
120 km, Quad Moose
174 km, Quad Moose
Towards 400 KV SOLAPUR
182 km, Twin Moose
2 x 600MVA
3 x 210 MW
2 x 500 MVA
Towards 400 KV
BHUSAWAL-I
343km, Twin Moose Towards 400 KV KORADI-II
250 km, Quad Bersimis
Towards400 KV KUDUS PG
765 KV ADANI( GONDIA)2 x 1500 MVA
ADANI GEN. 4 & 5
2 x 1500 MVA
2 x 780 MVA
400 KV MALEGAON
175 km, Quad MooseQuad Moose
}
Towards400 KV KHANDWATowards
220kV MALEGAON
2 x 1500 MVA
Quad Bersimis400 km, Quad Bersimis
400 km, Quad Bersimis
400 km, Quad Bersimis
250 km, Quad Bersimis
765 KV WARDHA PG
269 km,Quad Bersimis
400 km,Quad Bersimis
400 km,Quad Bersimis
400 km,Quad Bersimis
}
TowardsWARDHAPG 220 kV
Quad Bersimis
130 km, Quad Bersimis
240 km
Quad Bersimis
90 km
Quad Moose
INDIABULLS GEN.
174 km, Twin Moose
KORADI2 GEN
270 km, Quad Moose
270 km, Quad Moose
}
363 km, Twin Moose
400 km, Quad Moose
120 km, Quad Moose
70 km, Quad Moose
Towards 220 KVAURANGABAD-I
}
1 x 315 MVA
BHUSAWAL EXP
2 x 315 MVA
}
400 KV INDIABULLS NASHIK
174 km, Twin Moose
30 km, Quard Moose
Towards220 KV BABHALESHWAR
}
INDIABULLS,NASHIK GEN.
76 km, Quard Moose
30 km, Quard Moose
} TowardsPADGHA
2 x 500 MVA
3 x 250 MVA272 km, Twin Moose
5 k
m,
5 k
m,
Qu
ad
Mo
ose
KORADI-II GEN.
2 x 1000 MVA
Qu
ad
Mo
ose
CHANDRAPUR GEN.3
CHANDRAPUR GEN.2
1 x 500 MVA
}
ADANI GEN. 1,2 & 3
388 km, Twin Moose
TowardsRAMAGUNDAM
(HVDC back to back converter)
340 km, Twin Moose
30 km, Twin Moose
}
Towards 400 KV LONIKAND-I
2 x 315 MVA
C'PUR EXP.2 x 500 MVA2 x 315 MVA
400 KV DHARIVAL
340 km, Twin Moose
30 km, Twin Moose DHARIVAL GEN.
2 x 600 MVA
400 KV NAGPUR ENERGYNAGPUR ENERGY GEN.
4 x 160 MVA
2 x 500 MW
4 x 135 MW
50 km, Quard Moose
50 km, Quard Moose
TowardsCHANDRAPUR-II 220 kV
3 x 200 MVA
2 x 660 MW
2 x 500 MVA
2 x 780 MVA
K'KHEDA EXP.
TowardsRAIPUR 400 kV
State Transmission Utility,4th Floor, Prakashganga',Bandra Kurla ComplexBandra (E), MUMBAI - 400 051
SHEET - II
LEGEND
PARTICULARS
400 kV Proposed Lines (MSETCL)
400 KV DHULE (IPTC)
765 KV DHULE (IPTC)
400 km, Quad Moose
363 km, Twin Moose
}
TowardsWARORA 400 kV
Raipur PGCIL 400 kV
40 kmQuad Moose
40 kmQuad Moose
PADGHE
Towards 400 KV KORADI-III
400 KV KHAPERKHEDA
175 km, Quad Moose
30 km, Quad Moose
270 km, Twin Moose
7 km, Twin Moose
189 km, Twin MooseTowards 400 KV SOUTH SOLAPUR (PG)
400 kV Commissioned Lines (MSETCL)
765 kV Commissioned Lines (MSETCL)
765 kV Proposed Lines (MSETCL)
IDEAL GEN.
2 x 270 MW
400 KV MAUDA
50 km, Quad Moose
50 km, Quad Moose } Towards400 KV NASHIK
400 KV DHULE (MSETCL)
Quad Moose
Quad Moose
RAIGHAR (KOTRA)
765 kV Commissioned Lines (PGCIL)
765 kV Proposed Lines (PGCIL)
400 kV Commissioned Lines (PGCIL)
400 kV Proposed Lines (PGCIL)
15 km, Twin Moose
15 km, Twin Moose
Towards400 KV DHULE-II (DONDAICHA)
} 50 km, Quad Moose
50 km, Quad Moose Quad Moose
MAHARASHTRA STATE ELECTRICITY TRANSMISSION CO. LTD.
188