2024-02-11 11:33:18
Introduction
Barrage W. A. C. Bennett Location Country British Columbia Province Canada Watercourse (Water is a ubiquitous chemical compound on Earth, essential for all…) River (In hydrography, a river is a watercourse that flows under the effect of…) of Peace Latitude (Latitude is an angular value, expression of the north-south positioning of a point on Earth…)
Longitude 56° 01′ 06″ Nord
122° 12′ 25″ West / 56.0184389, -122.2068501 Objectives and impact Purpose of electricity production Owner BC Hydro (BC Hydro, also known under the official name of BC Hydro and Power Authority, is a…) Date of start of work 1968 Date of commissioning 1968 Surface (A surface generally refers to the surface layer of an object. The term a…) irrigated 176,100 ha Structure Type Dam (A dam is a structure built across a watercourse and intended to…) weight ( Weight is the force of gravity, of gravitational and inertial origin, exerted by the…) Height (Height has several meanings depending on the area covered.) of the dam
183 m Length of dam 2,068 m Reservoir Altitude (Altitude is the vertical elevation of a place or object relative to at one level…) of the reservoir 672.08 m Volume of the reservoir 74,256 Mm3 Surface area of ​​the reservoir 177,300 ha Length of the reservoir 254 km Hydroelectric power station Number (The notion of number in linguistics is covered in the article “Number…) of turbines 10 Type of turbine (A turbine is a rotating device intended to use the force of a fluid (water, steam , air,…) Francis Power (The word power is used in several areas with a particular meaning:) 2,730 MW Annual production 13,310 GWh/year modify
The WAC Bennett Dam designates a hydroelectric development on the Peace River, in the northeast of the British Columbia, Canada. Its name pays homage to William Andrew Cecil Bennett, premier of British Columbia and father of BC Hydro, the public company that owned the structure. It was commissioned in 1968.
The complex includes the Williston Dam, a reservoir, the Williston Lake, and the Gordon M. Shrum Generating Station, whose ten groups can produce up to 2,730 megawatts of electricity. At the rate of an average production of 13.1 terawatt-hours per year. ‘a related event…), this hydroelectric development is the most powerful in British Columbia, producing alone more than 20% of all the electricity consumed in the province, in addition to being among the most powerful in Canada, with those of Robert-Bourassa, in Quebec, and Churchill Falls, in Labrador.
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