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There have been two major types of CANDU reactors, the original design of around 500 MW e that was intended to be used in multi-reactor installations in large plants, and the optimized CANDU 6 in the 600 MW e class that is designed to be used in single stand-alone units or in small multi-unit plants. CANDU 6 units were built in Quebec and New ...
Involved construction of the small-scale (≈300 MW) Unit-1 only, but was the first domestically designed and constructed nuclear power plant in the nation (95 percent of components came from domestic manufactures). [8] Phase II The next set of reactors were mid-scale plants (≈600 MW) but still of Chinese design .
The Pickering station is a large multi-unit nuclear facility, comprising six operating CANDU nuclear reactors with a total output of 3,114 MW when all units are on line, and two non-operating units with a total output of 1,030 MW currently shut down in safe storage. [8]
Currently, AECL is developing the Advanced CANDU Reactor, or "ACR". This design is meant to improve the commercial CANDU 6 design in terms of capital cost and construction schedule, while maintaining the classic design and safety characteristics of the CANDU concept. Cernavoda Nuclear Power Plant Unit 2 began operation on May 6, 2007 ...
Unit Type Capacity (net) Construction start Operation start Notes Phase I Wolsong-1: CANDU-6: 657 MW: 30 Oct 1977: 22 April 1983 Unit placed in Permanent Shutdown in 2019. [11] Wolsong-2: CANDU-6: 576 MW: 22 June 1992: 1 July 1997 [12] Wolsong-3: CANDU-6: 601 MW: 17 March 1994: 1 July 1998 [13] Wolsong-4: CANDU-6: 567 MW: 22 July 1994: 1 Oct ...
The reactor design is significantly more powerful than those used in previous CANDU sites at Pickering and Bruce, making its 4-unit plant the second-largest in Canada behind the 8-unit Bruce. It is named for the Township of Darlington, the name of the municipality in which it is located, which is now part of the amalgamated Municipality of ...
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The plant is a CANDU Pressurised Heavy Water Reactor (PHWR). It employs natural uranium (that is, with 0.72% of 235 U) and uses heavy water for cooling and neutron moderation. It has a thermal power of 2,109 MW th , and generates 648 MW e of electricity, with a net output of about 600 MW e , supplying nearly 4.5% of the production of the ...