line reactive power generation (autosaved)

8/17/2019 Line Reactive Power Generation (Autosaved)

1/35

kV Length

UPCL - HASAN LINE 1 400 179.84

UPCL - HASAN LINE 1 400 179.84

I501 179.84

501 179.84

kV Length

UPCL - HASAN LINE 1 220 100

UPCL - HASAN LINE 1 220 100

100 179.84100 179.84

ACSR QUAD MOOSE PARAMETER

100 Base MA

400 !

PU"!#"$!% O"!#.$!%

R1 9.177E-0' 0.014'8(2)1 1.582E-04 0.25(12

B 7.((0E-0( 4.58125E-00'

B"2 (.''5E-0( 2.290'(E-00'

R0 1.557E-04 0.24912

)0 '.24'E-04 0.999('

B0 4.2(7E-0( 2.'481(E-00'

B0"2 2.119E-0( 1.(240'E-00'


2/35

B/2 (mho/km/ckt) B(mho/km/ckt) Xc Total Q (MVAR)

2.29E-0' 4.58E-0' 2.18E*05 0.7( 1(1.82

2.29E-0' 4.58E-0' 2.18E*05 0.7( 1(1.82

(.07E-01 77057.(1 1(.8'

(.07E-01 77057.(1 1(.8'

B/2 (mho/km/ckt) B(mho/km/ckt) Xc Total Q (MVAR)

1.40E-0' 2.80E-0' (.57E*05 0.14 1(.55

1.40E-0' 2.80E-0' (.57E*05 0.14 1(.55

0.42 4200.00 0.7'0.42 4200.00 0.7'

Q = V2/Xc

Q = V2/Xc


3/35

0.0''5

0.42

1.40E-0'


4/35

M+ 32 !"" !""

HASAN ,RID HASAN L1 HASAN L2

MAR 3 92 92

! !#$2 1.01 1.01

MAR -91 44 44

! ! 1.01 1.01

wit

M+ 32 !"" !""


MAR %& 114 114

! !#$2 1 1

MAR -12 82 82

! ! 0.99 0.99

witho

M+ '32 '!"" '!""


!u MAR '% '2 '2

! 1 1 1

!#$%u

MAR &! 1(8 1(8

! 1.04 1.01 1.01

MAR '%& 7( 7(

! 1.04 1.04 1.04

!#$u

MAR !2& 157 157

! !#$ 1.02 1.02

MAR ' 72 72

! !#$ 1.05 1.05

!#$u

MAR !* 17' 17'

!!#$

1.02 1.02

MAR '! 72 72

! !#$ 1.0' 1.0'

wit


5/35

M+ '32 '!"" '!""

+A,A- .R0 +A,A- L! +A,A- L2

!uMAR '!2 82 82

! ! $#&& $#&&

!#$%u

MAR !3 158 158

! !#$% !#$! !#$!

MAR *$ 1(( 1((

! !#$% !#$2 !#$2

!#$u

MAR !"3 177 177

! !#$ !#$! !#$!

MAR " 1(( 1((

! !#$ !#$3 !#$3

!#$u

MAR 2!3 19' 19'

! !#$ !#$! !#$!

MAR "3 1(4 1(4

! !#$ !#$% !#$%


6/35

ithout Reactor

!! !! '22* '2%! '3%%

EMAR L1 EMAR L2 EMAR ,RID ,EN1 ,EN2

-2( -2( -47 -47 -47

1 1 0.99 1 1

-2( -2( -47 $ $

1 1 0.99 !#$! !#$!

!2MVAR reactor

!! !! '22* '2%! '3%%

EMAR L1 EMAR L2 EMAR ,RID ,EN1 ,EN2 Reactor

-2( -2( -47 -1( -1( -11(

0.99 0.99 0.99 1 1 1

-2( -2( -47 !& 2$ -112

0.99 0.99 0.98 ! ! 0.99

ut reactor

'!! '!! '22* '2%! '3%%

EMAR L1 EMAR L2 EMAR ,RID ,EN1 ,EN2

-2( -2( -47 -18 -18

1 1 0.99 1 1-2( -2( -47 -92 -92

1.01 1.01 1 1 1

-2( -2( -47 -(0 -(0

1.0( 1.0( 1.0( 1.04 1.04

-2( -2( -47 '!!! '!!!

1.01 1.01 1.01 1 1

-2( -2( -47 '3$ '3$

1.05 1.05 1.05 !#$ !#$

-2( -2( -47 '!2& '!2&

1.02 1.01 1.01 1 1

-2( -2( -47 '3$ '3$

1.0' 1.05 1.05 !#$ !#$

!2MVAR reactor


7/35

'!! '!! '22* '2%! '3%%

1MAR L! 1MAR L2 1MAR .R0 .-! .-2 Reactor

-2( -2( -47 19 19 -112

$#&& $#&& $#&* ! ! 0.99

-2( -2( -47 -55 -55 -115

! ! $#&& ! ! 1.01

-2( -2( -47 -(0 -(0 -117

!#$! !#$! ! !#$! !#$! 1.02

-2( -2( -47 '"% '"% -11'

!#$! !#$! !#$! ! ! 1.01

-2( -2( -47 '3$ '3$ -120

!#$2 !#$2 !#$2 !#$2 !#$2 1.02

-2( -2( -47 '&2 '&2 -117

!#$! !#$! ! ! ! 1.01

-2( -2( -47 '3$ '3$ -122

!#$3 !#$3 !#$3 !#$% !#$% 1.04


8/35

408 1.01 400 404

1.02 400 408

1.0( 400 412

1.04 400 41'

1.05 400 420

1.0' 400 424


9/35


10/35

GEN-1 GEN-2 LINE 1 LINE 2 220kV

MW 0 0 0 0 0

MVAR 0 0 0 0 0

Voltage (pu) - - - - -

MW 250 0 -125 -125 0

MVAR 0 0 6 6 0

Voltage (pu) 1.04 - 1.06 1.06 0

MW 250 250 -249 -249 0

MVAR 0 0 11 11

Voltage (pu) 1.04

MW 250 0 -82 -82 -85

MVAR 0 0 8 8 -10

Voltage (pu) 1.04

MW 250 250 -207 -207 -85

MVAR 0 0 14 14 -10

Voltage (pu) 1.04

MW 600 600 -521 -521 -150MVAR 0 0 81 81 -10

Voltage (pu) 0.97

MW 585 585 -352 -352 400

MVAR 8 8 56 56 80

Voltage (pu) 1


11/35

- - 80 1.04 1.01

- 0 80 X 2 1.02 0.98

1.0 1.0! 12! 1.03 0.99

12! X 2 0.99 0.9"

- 80 1.04 1.01

- 12 80 X 2 1.02 0.98

1.0 1.0! 12! 1.03 0.99

12! X 2 0.99 0.9"

80 1.04 1

24 80 X 2 1.01 0.9

1.0 1.0# 12! 1.02 0.97

12! X 2 0.99 0.92

80 1.04 1.01

16 80 X 2 1.01 0.97

1.0 1.0! 12! 1.02 0.99

12! X 2 0.99 0.9"

80 1.03 1

29 80 X 2 1.01 0.9

1.0 1.0" 12! 1.02 0.98

12! X 2 0.99 0.92

80 0.9 NA80 X 2 0.9# NA

0.99 NA 12! 0.9! NA

12! X 2 0.9 NA

80 0.99

80 X 2 0.97

1.0# 12! 0.98

$%&L "00kVVolatge (pu)

'tout Rea*to+ 't t'o l,e

$%&L "00kVVolatge (pu)

'tout Rea*to+ 't o,e l,e

MVARRat,g

$%&L "00kVVolatge (pu)'t Rea*to+ 't t'o l,e

$%&L "00kVVolatge (pu)'t Rea*to+ 't o,e l,e


12/35

't t'o l,e 't o,e l,e

39 74 39 -78 -74 - -

75 139 75 -150 -140 - -

60 112 60 -119 -112 - -

112 202 112 -224 -202 - -

45 87 45 -78 -74 -73(1.02) 17(1.02)

81 152 81 -150 -138 11(1.02) 69(1.01)

66 125 66 -119 -112 -8(1.02) 46(1.01)

118 215 118 -224 -200 61(1.01) 126 (1)

51 98 51 -78 -72 -16(1.03) 23(1.02)

87 162 87 -148 -134 13(1.02) 54(1.01)

72 135 72 -118 -108 0(1.02) 40(1.01)

124 223 124 222 -192 44(1.01) 88(1)

47 92 47 -78 -74 -49(1.02) 20(1.02)

83 157 83 -150 -138 16(1.02) 72(1.01)

68 130 68 -119 -111 -3(1.02) 50(1.01)

120 221 120 -222 -200 66(1.01) 130(1)

53 103 53 -78 -72 -27(1.02) 21(1.02)

89 168 89 -148 -134 13(1.02) 52(1.01)

74 141 74 -118 -108 1(1.02) 38(1.01)

126 230 126 -220 -194 45(1.01) 86(1.01)

154 NA 154 -63 NA 86(1.01) NA188 NA 188 118 NA 115(1) NA

173 NA 173 -95 NA 102(1) NA

223 NA 223 -172 NA 147(1) NA

37(1.02)

66(1.02)

53(1.02)

L,e 1(MVAR)'t t'o

l,e

L,e 1(MVAR)

't o,el,e

L,e 2(MVAR)

Rea*to+ 't t'o

l,e

Rea*to+ 't o,e

l,e

Ge, MVAR oo+pto, o+ p+o/u*to,to a,ta, 1.02pu oltage


13/35

a4e 0e4crition 22$kV Loa5

A, !

-o Loa5 on5ition

O O OA, 2 O O O

A, 3 O O O

A, % 250M+ O O

A, 250M+ O O

A, 250M+ O O

A, " 250M+ 250M+ O

A, * 250M+ 250M+ O

A, & 250M+ 250M+ O

A, !$ 250M+ 250M+ 200M+

A, !! 250M+ 250M+ 200M+

A, !2 250M+ 250M+ 200M+

A, !3 '00M+ '00M+ 400M+

A, !% '00M+ '00M+ 400M+

A, ! '00M+ '00M+ 400M+

6-T !.eneration

6-T 2.eneration

7ith one unit in4er8ice an5 with low

generation

7ith two unit4 in4er8ice an5 low

generation

7ith two unit4 in4er8ice with low

generation an5 22$kVLight Loa5 con5ition

7ith two unit4 in4er8ice with 9ull

generation an5 22$kVeak Loa5 con5ition


14/35

O O 1.06 1.05O ON 1.04 1.02

ON ON 1.02 1.00

O O 1.06 1.05

O ON 1.04 1.02

ON ON 1.02 1.01

O O 1.03 1.03

O ON 1.03 1.02

ON ON 1.02 1.02

O O 1.03 1.03

O ON 1.02 1.02

ON ON 1.02 1.02

O O 1.03 1.02

O ON 1.02 1.02

ON ON 1.01 1.01

*$MVARRAT:R !

*$MVARRAT:R !

"00kV $%&LVolatge , pu

Without125MVAR Reactor

at HASA

With125MVAR Reactor

at HASA


15/35

424 420 1 400416 408 1.01 404

408 400 1.02 408

424 420 1.03 412

416 408 1.04 416

408 404 1.05 420

412 412 1.06 424

412 408 1.07 428

408 408

412 412

408 408

408 408

412 408

408 408

404 404


16/35

a4e 0e4crition 22$kV Loa5

A, !

-o Loa5 on5ition

O O OA, 2 O O O

A, 3 O O O

A, % 250M+ O O

A, 250M+ O O

A, 250M+ O O

A, " 250M+ 250M+ O

A, * 250M+ 250M+ O

A, & 250M+ 250M+ O

A, !$ 250M+ 250M+ 200M+

A, !! 250M+ 250M+ 200M+

A, !2 250M+ 250M+ 200M+

A, !3 '00M+ '00M+ 400M+

A, !% '00M+ '00M+ 400M+

A, ! '00M+ '00M+ 400M+

6-T !.eneration

6-T 2.eneration

7ith one unit in4er8ice an5 with low

generation

7ith two unit4 in4er8ice an5 low

generation

7ith two unit4 in4er8ice with low

generation an5 22$kVLight Loa5 con5ition

7ith two unit4 in

4er8ice with 9ullgeneration an5 22$kVeak Loa5 con5ition


17/35

O O 1.06 1.05O ON 1.04 1.02

ON ON 1.02 1.00

O O 1.06 1.05

O ON 1.04 1.02

ON ON 1.02 1.01

O O 1.03 1.03

O ON 1.03 1.02

ON ON 1.02 1.02

O O 1.03 1.03

O ON 1.02 1.02

ON ON 1.02 1.02

O O 1.03 1.02

O ON 1.02 1.02

ON ON 1.01 1.01

*$MVARRAT:R !

*$MVARRAT:R !

"00kV $%&LVolatge , pu

Without125MVAR Reactor

at HASA

With125MVAR Reactor

at HASA


18/35

424 420416 408

408 400

424 420

416 408

408 404

412 412

412 408

408 408

412 412

408 408

408 408

412 408

408 408

404 404


19/35

220! L/&% La

220! Pea! La

a4e

a4e ! O Oa4e 2 O O

a4e 3 O O

a4e % O O

a4e O O

a4e O O

a4e " O O

a4e * O O

a4e & O O

a4e !$ O O

a4e !! O O

a4e !2 O O

a4e !3 O O

a4e !% O O

a4e ! O O

a4e ! O O

a4e !" O O

a4e !* O O

a4e !& O O

a4e 2$ O O

a4e 2! ON O

a4e 22 ON O

a4e 23 ON O

a4e 2% ON O

a4e 2 ON O

a4e 2 ON O

a4e 2" ON O

a4e 2* ON O

a4e 2& ON O

a4e 3$ ON O

a4e 3! ON O

a4e 32 ON O

a4e 33 ON O

a4e0e4crition

6-T !.eneration

6-T 2.eneration

-o .eneration an5 -oLoa5

-o .eneration an522$kV Light Loa5

7ith one unit i44er8ice (low

generation) an5 -o Loa5


20/35

a4e 3% ON O

a4e 3 ON O

a4e 3 ON O

a4e 3" ON O

a4e 3* ON O

a4e 3& ON Oa4e %$ ON O

a4e %! ON O

a4e %2 ON O

a4e %3 ON O

a4e %% ON O

a4e % ON O

a4e % ON O

a4e %" ON Oa4e %* ON O

a4e %& ON O

a4e $ ON O

a4e ! ON O

a4e 2 ON O

a4e 3 ON O

a4e % ON O

a4e ON O

a4e ON O

a4e " ON O

a4e * ON O

a4e & ON O

a4e $ ON O

a4e ! ON ON

a4e 2 ON ON

a4e 3 ON ON

a4e % ON ON

a4e ON ON

a4e ON ON

a4e " ON ON

a4e * ON ON

a4e & ON ON

a4e "$ ON ON


generation) an522$kV Light Loa5

7ith one unit i44er8ice (eak



generation) an5 22$kV ;eak Loa5

7ith two unit4 i44er8ice (Low



21/35

a4e "! ON ON

a4e "2 ON ON

a4e "3 ON ON

a4e "% ON ON

a4e " ON ON

a4e " ON ONa4e "" ON ON

a4e "* ON ON

a4e "& ON ON

a4e *$ ON ON

a4e *! ON ON

a4e *2 ON ON

a4e *3 ON ON

a4e *% ON ON

a4e * ON ON

a4e * ON ON

a4e *" ON ON

a4e ** ON ON

a4e *& ON ON

a4e &$ ON ON

a4e &! ON ON

a4e &2 ON ON

a4e &3 ON ON

a4e &% ON ON

a4e & ON ON

a4e & ON ON

a4e &" ON ON

a4e &* ON ON

a4e && ON ON

a4e !$$ ON ON


generation) an5

22$kV Light Loa5

7ith two unit4 i44er8ice (eak



generation) an522$kV ;eak Loa5


22/35

200M+ -40MAR

400M+ -80MAR

22$kV Loa5

O O O O O OO O ON O O O

O ON ON O O O

O O O O ON O

O O O ON ON O

O O O O O ON

O O ON O O ON

O ON ON O O ON

O O O O ON ON

O O O ON ON ON

ON O O O O O

ON O ON O O O

ON ON ON O O O

ON O O O ON O

ON O O ON ON O

ON O O O O ON

ON O ON O O ON

ON ON ON O O ON

ON O O O ON ON

ON O O ON ON ON

O O O O O O

O O ON O O O

O ON ON O O O

O O O O ON O

O O O ON ON O

O O O O O ON

O O ON O O ON

O ON ON O O ON

O O O O ON ON

O O O ON ON ON

ON O O O O O

ON O ON O O O

ON ON ON O O O

*$ MVARRAT:R !

*$ MVARRAT:R 2

!2 MVARRAT:R !

!2 MVARRAT:R 2

!2 MVARReactor at

+aa4an


23/35

ON O O O ON O

ON O O ON ON O

ON O O O O ON

ON O ON O O ON

ON ON ON O O ON

ON O O O ON ONON O O ON ON ON

O O O O O O

O O ON O O O

O ON ON O O O

O O O O ON O

O O O ON ON O

O O O O O ON

O O ON O O ONO ON ON O O ON

O O O O ON ON

O O O ON ON ON

ON O O O O O

ON O ON O O O

ON ON ON O O O

ON O O O ON O

ON O O ON ON O

ON O O O O ON

ON O ON O O ON

ON ON ON O O ON

ON O O O ON ON

ON O O ON ON ON

O O O O O O

O O ON O O O

O ON ON O O O

O O O O ON O

O O O ON ON O

O O O O O ON

O O ON O O ON

O ON ON O O ON

O O O O ON ON

O O O ON ON ON


24/35

ON O O O O O

ON O ON O O O

ON ON ON O O O

ON O O O ON O

ON O O ON ON O

ON O O O O ONON O ON O O ON

ON ON ON O O ON

ON O O O ON ON

ON O O ON ON ON

O O O O O O

O O ON O O O

O ON ON O O O

O O O O ON O

O O O ON ON O

O O O O O ON

O O ON O O ON

O ON ON O O ON

O O O O ON ON

O O O ON ON ON

ON O O O O O

ON O ON O O O

ON ON ON O O O

ON O O O ON O

ON O O ON ON O

ON O O O O ON

ON O ON O O ON

ON ON ON O O ON

ON O O O ON ON

ON O O ON ON ON


25/35

%$$kV 6;L B6, V:LTA. - kV

with .ri5 Volatge

!u !#$2u !#$3u !#$%u


26/35


27/35


28/35

220! L/&% La

220! Pea! La

a4e

a4e ! O O

a4e 2 O O

a4e 3 O O

a4e % O O

a4e O O

a4e O O

a4e " O O

a4e * O O

a4e & O O

a4e !$ O O

a4e !! :- O

a4e !2 :- O

a4e !3 :- O

a4e !% :- O

a4e ! :- O

a4e ! :- O

a4e !" :- O

a4e !* :- O

a4e !& :- Oa4e 2$ :- O

a4e 2! :- O

a4e 22 :- O

a4e 23 :- O

a4e 2% :- O

a4e 2 :- O

a4e 2 :- O

a4e 2" :- O

a4e 2* :- O

a4e 2& :- O

a4e 3$ :- O

a4e 3! :- :-

a4e 32 :- :-

a4e 33 :- :-

a4e 3% :- :-

a4e 3 :- :-

a4e0e4crition

6-T !.eneration

6-T 2.eneration

-o .eneration an522$kV Light Loa5




generation) an5 22$kV ;eak Loa5



29/35

a4e 3 :- :-

a4e 3" :- :-

a4e 3* :- :-

a4e 3& :- :-

a4e %$ :- :-

a4e %! :- :-a4e %2 :- :-

a4e %3 :- :-

a4e %% :- :-

a4e % :- :-

a4e % :- :-

a4e %" :- :-

a4e %* :- :-

a4e %& :- :-

a4e $ :- :-



generation) an522$kV ;eak Loa5

3 366 6a $/%/ /%& &asaaea$% ON O


30/35

200M+ -40MAR

400M+ -80MAR

22$kV Loa5

ON O O O O :


31/35

ON O O O O :-

ON O ON O O :-

ON :- :- :


32/35

%$$kV 6;L B6, V:LTA. - kV

7ith .ri5 Volatge Variation4

.en MVAR %$$kV .en MVAR %$*kV .en MVAR %!2kV .en MVAR0 4(0 0 4(7 0 441 0

0 421 0 429 0 4(2 0

$ %!3 $ %2$ $ %2% $

0 41' 0 424 0 428 0

$ %$% $ %!! $ %! $

0 42( 0 4(1 0 4(5 0

0 415 0 422 0 42' 0

$ %$" $ %!% $ %!* $

0 410 0 417 0 421 0

$ 3&" $ %$ $ %$& $

-(0 428 -(0 4(' -(0 440 -(0

-(0 419 -(0 427 -(0 4(1 -(0

'2% %!2 '3$ %!* '3$ %22 '3$

-(0 415 -(0 422 -(0 42' -(0

2% %$* '! %!! '3$ %!3 '3$

-(0 421 -(0 429 -(0 4(( -(0

-(0 41( -(0 421 -(0 424 -(0

* %$& '3$ %!2 '3$ %! '3$

-11 410 -(0 41' -(0 420 -(0 %$ !" %$* '2 %!$ '22

-(0 419 -(0 428 -(0 4(2 -(0

-4 41( -(0 418 -(0 422 -(0

%! %$& $ %!3 '2$ %! '3$

21 411 -19 414 -(0 417 -(0

&$ %$ $ %$& 3$ %!! !$

-15 414 -(0 421 -(0 425 -(0

(0 411 -11 414 -(0 41' -(0

"%%$"

3%%!$

!%%!2 '55 409 14 412 -' 41( -2'

!!$ %$2 *3 %$ 3 %$* %3

-(0 425 -(0 4(( -(0 4(' -(0

-(0 41' -(0 424 -(0 427 -(0

'!% %!! '3$ %! '3$ %!& '3$

-2' 412 -(0 419 -(0 42( -(0

!" %$* '* %!$ '2! %!! '3$


33/35

-(0 418 -(0 42' -(0 4(0 -(0

-21 411 -(0 417 -(0 421 -(0

" %$& '!* %!! '3$ %!2 '3$

-5 410 -(0 412 -(0 41' -(0

3* %$" !3 %$& $ %!$ '!2

9 412 -18 414 -(0 41' -(0(' 410 11 412 -2 41( -15

%$* %$ %!$ 2" %!! !3

5( 409 27 410 14 412 1

&" %$ "! %$" * %$* %

(0 410 4 41( -9 414 -22

50 408 (( 410 20 411 7

*" %$ ! %$* %* %$& 3

75 407 49 409 (' 410 2(

!!$ %$2 &3 %$ *$ %$ "


34/35

%!kV445

4('

%2* *$

4(1

%!* !2

4(8

4(0

%2! *$

425

%!2 !2

44(

4(5

%2 *$

4(0

%!" !2

4(7

428

%2$ *$

42(%!! !2

4('

427

%!" *$

421

%!2 !2

429

420

%!3*$

415

%$& !2

440

4(1

%22 *$

42'

%!3 !2


35/35

4((

424

%! *$

420

%!! !2

421414

%!2 *$

41(

%$& !2

415

412

%!$ *$

411

%$* !2

line reactive power generation (autosaved)

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