strategies for rapid scale up of nuclear capacity u c muktibodh executive director (engg.) npcil 5...

Strategies for Rapid Scale up of Nuclear

Capacity U C MuktibodhU C Muktibodh

Executive Director (Engg.)Executive Director (Engg.)

NPCILNPCIL

5th Nuclear Energy Conclave, New Delhi

06 Sept 2013

Inspiration for Growth

• Electricity Demand• Clean source of energy • Sustainability • Energy security

Present Status of Nuclear Power

20 reactors (18 PHWRs+2BWR) 4,780 4,780 at 6 sites in operation at Tarapur, Rawatbhata, Kalpakkam, Narora, Kakrapar and Kaiga

2 PWRs under advanced stage of completion 2,000 6,780 at Kudankulam (2x1000 MW)

PFBR under construction at 500 7,280 Kalpakkam (1 X 500 MW)

Projects construction Launched (XI Plan) 2,800 KAPP-3&4 (2x700 MW PHWR) RAPS-7&8 (2x700 MW PHWR)

Total by 2017 10,080 MW

CAPACITY (MW)

CUMULATIVE CAPACITY(MW)REACTOR TYPE AND CAPACITY

Nuclear Capacity – Under Construction & Planned in XII Plan

•KK-1&2 : 2x1000 MW LWR

•KAPP-3&4 : ( 2x700 MW PHWR)

•RAPP-7&8(2x700 MW PHWR)

•500 MW PFBR

•Planned to be launched in XII Plan-•2x1000 MW LWR, Kudankulam, TN•2x1650 MW LWR , Jaitapur, Maharashtra•2x1500 MW LWR: Kovvada, AP•2x1100 MW LWR : Mithi Virdi,Gujarat•2x700 MW PHWR : Gorakhpur,Haryana•2x700 MW PHWR :Chutaka,M.P•2x700 MW PHWR :Mahi-Banswara, Raj•2x700 MW PHWR : Kaiga,Karnataka•2X500 MW FBR: Kalpakkam, TN•1X300 AHWR: Site being identified

Advanced Stage of completion

Under construction

2000 MW 3300 MW3300 MW 17,400 MW(Planned)

22,700 MW (Construction + Planned)

Units under construction will be completed in XII Plan .

NPPs in Operation & under Construction

Kudankulam, T.N .

2 X 1000 MW

Jaitapur, Maharashtra

2 X 1650 MW

Mithi Virdi, Gujarat

2 X 1100 MW

Kovvada, AP

2 X 1500 MW

Gorakhpur, Haryana

2 X 700 MW

Chutka, MP

2 X 700 MW

Mahi-Banswara,Rajasthan

2 X 700 MW

Kaiga, Karnataka

2 X 700 MW

Kalpakkam, TN

2 X 500 MW

PHWR Site

LWR Site

FBR Site

NPPs under Planning

Nuclear Power Programme

• Three stage nuclear power programme• PHWRs in the first stage

Pressurised Heavy Water Reactors• Evolved through plant sizes of 220, 540 to the present

700 MWe• Matured indigenous technology with impeccable

safety record• Standardised plant size of 700 MWe • Standard plant design • Exploring single or two standard seismic designs• Use of Integrated Engineering Environment tools for

engineering • Project implementation through Mega ePC packages• Target construction period of 5 years

FOR 2012-13 A.F = 90.43 %

Continuous Run (more than a year)

RAPS 5 - 400 days (continuing)

Year Wise Electricity Generation

0

5000

10000

15000

20000

25000

30000

35000

Mill

ion

Un

its

Series1 14927 18803 26472 32455 32863

2008-09 2009-10 2010-11 2011-12 2012-13

Light Water Reactors

• LWRs, as additionalities, being implemented through international collaboration.

• Business model formulated for optimisation of cost and for meeting design & safety requirements.

Strategies

• Public outreach programs• CSR activities• Early Site selection and commencement of

Pre-project activities• Design standardisation• Supply chain support• Project implementation

Support from Industry

• Indian industry has developed capability to supply NPP equipment & components

• The rapid expansion programme will require industry support for maintaining supply chain for high quality equipment, meeting project schedules.

Conclusion

• NPCIL is poised for the rapid expansion programme

• Synergy between NPCIL and Indian industry is a key element to meet the programme

• The programme can be realised in a national mission mode with the support of all stakeholders

THANK YOU