CLP Holdings Limited · HKEX:2
CLP — Joint Chamber Nuclear Energy Forum (July 2010)
12 slides from CLP's conference presentation, Jul 5, 2010
Slide 1: Guangdong Daya Bay Nuclear Power Station
Guangdong Daya Bay Nuclear Power Station Joint Chamber Nuclear Energy Forum 5 July 2010
Slide 2: Guangdong Daya Bay Nuclear Power Station
Guangdong Daya Bay Nuclear Power Station First large-scale commercial nuclear power station on the Mainland Leveraged multinational technology and expertise Two 984—megawatt pressurised water reactor type electricity generators Installed capacity of 1,968 MW Generates 14 billion kilowatt-h
Slide 3: Shareholding Structure of Daya Bay
Shareholding Structure of Daya Bay China Guangdong 75% equity Nuclear Power Operation assignment Company (CGNPC) Daya Bay Nuclear Guangdong Nuclear Power Operations Power Joint Venture Company (GNPJVC) & Management Co (DNMC) CLP Holdings* Ownership Operation 25% equity *through Hong Kong Nuclear Inv
Slide 4: Milestones of Daya Bay
Milestones of Daya Bay MOU signed between the Central Government and HKSAR Government HKNIC formed guarantees continued nuclear energy supply Daya Bay fully commissioned to Hong Kong Construction commenced Outreach programme started and has continued until today 1983 1985 1987 1988 1994 1997 2008 20
Slide 5: Daya Bay Located 50km Away From Hong Kong
Daya Bay Located 50km Away From Hong Kong According to international practice, in case of a serious accident at a pressurized water reactor, only those people within a 5 kilometre zone need to be evacuated while sheltering is required only within a 10 kilometre zone. 5
Slide 6: Pressurized Water Reactor – a well-tested and widely used type of reactor
Pressurized Water Reactor – a well-tested and widely used type of reactor Pressurized Water Reactor 434 Reactors in Operation (2009) 300 265 number in operation 250 200 150 92 100 43 50 14 15 4 1 0 PWR BWR GCR AGR PHWR LWGR FBR Source: WANO PWR: Pressurised water reactor BWR: Boiling water reactor G
Slide 7: Multiple Layers of Safeguards to Prevent Release of Radioactive Material
Multiple Layers of Safeguards to Prevent Release of Radioactive Material Steam Steamgenerator Three-layer containment structure between the radioactive source and external environment Turbine Generator Fuel cladding Condensor Primary reactor coolant system Seawater Reactor Containment buildi
Slide 8: Comparison of Costs of Power Generation Sources
Comparison of Costs of Power Generation Sources Nuclear Gas Coal Tidal Barrage Tidal Current Wave Wind onshore Wind offshore Solar PV Large Hydro Small Hydro Conventional Geothermal Hot Dry Rock Biomass 0 100 200 300 400 500 600 Levelized Cost (USD / MWh) Source: IEA Energy Technology Perspectives 2
Slide 9: Comparison of Life Cycles CO2 Emissions
Comparison of Life Cycles CO2 Emissions Grams CO2 equivalent / Kwh from Power Generation Sources 1400 Indirect, from life cycle 1200 Direct emissions from 1000 combustion Twin bars indicate range 800 600 400 200 0 coal gas hydro solar wind nuclear Source: IAEA 2000 Nuclear power produces almost no C
Slide 10: Nuclear Power Generation and Hong Kong
Nuclear Power Generation and Hong Kong Safe and reliable electricity supply to Hong Kong in the past 16 years 30% of the needs of CLP’s customers ¼ of Hong Kong’s total electricity demand Nuclear power produces almost no emissions Supports Hong Kong’s transition to a low-carbon economy Key
Slide 11: Daya Bay Subject to Stringent Regulatory Supervision
Daya Bay Subject to Stringent Regulatory Supervision China is a signatory of Conventions of the International Atomic Energy Agency (IAEA) Follows IAEA standards Example: China uses the International Nuclear Event Scale (INES) - an internationally established requirements for the monitoring, re
Slide 12: Thank you.
HKNIC Thank you. CLP()) pS 12
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