8 Present Status of Nuclear Power CUMULATIVE CAPACITY(MW)CAPACITY(MW)REACTOR TYPE AND CAPACITY20 reactors (18 PHWRs+2BWR) , ,780PHWR Projects under construction , ,980KAPP-3&4 (2x700 MW)RAPP-7&8 (2x700 MW)GHAVP-1&2 (2x700 MW)PWR projects under advanced stage of , ,980completion : KK-1&2 (2x1000 MW)PWR projects under Construction , ,980KK-3&4 (2x1000 MW)PFBR under construction at ,480Kalpakkam (1 X 500 MW)8
9 Nuclear Capacity - Planned 2 x 700 MW PHWR : Chutka, MP2 x 700 MW PHWR : Kaiga, Karnataka4 x 700 MW PHWR : Mahi-Banswara, Rajasthan2 x 700 MW PHWR : Gorakhpur, Haryana (Additional Units)4 x 700 MW PHWR : Bhimpur, MP2 x 1000 MW LWR : Kudankulam, TN (Additional Units)6 x 1650 MW LWR : Jaitapur, Maharashtra6 x 1500 MW LWR : Kovvada, AP6 x 1100 MW LWR : Mithi Virdi,Gujarat6 x 1000 MW LWR : Haripur, WB2 X 500 MW FBR : Kalpakkam, TN1 X 300 AHWR : Site being identified
10 Implementation of this large capacity build-up requires equity support from the Government
12 PHWR ProgrammeStandardised design of 700 MWe plant having enhanced safety features, including post-Fukushima upgradesSeismic designs for rock sites and soil sitesPlant detailed engineering in digitised form
13 Stages in Nuclear Power Project Implementation CRITICALITYPower OperationEngineeringPre-project ActivitiesFinancial SanctionIn-principle approvalProcurementConstruction & Commissioning4 to 6 Years1 to 2 Years6 To 7 Years11 To 15 YearsLand AcquisitionMoEF ClearanceGeological & Seismo-tectonic studiesSiting ClearanceSite-specific seismic parametersSupply of Major Equipment
14 What needs to be done… Reduce time for pre-project activities Encourage and support the National Institutes to carry out geological & seismo-tectonic studies in a time bound mannerExpeditious land acquisition – Government supportPolicy decision on advance procurement of long-delivery equipment for the projects approved in-principleFinancial support from GovernmentThe programme needs to be implemented in a National mission mode.