FIELD: water-power plants, layout, construction or equipment, methods of, or apparatus for, making same.
SUBSTANCE: water-power plant comprises hydraulic turbine installed at turbine pipeline outlet and provided with generator, receiving chamber, shutoff fittings and compression station communicated with receiving chamber through air channel comprising check valve. Turbine pipeline is connected with storage facility. Air channel is located over hydraulic turbine. One level sensor is arranged in receiving chamber, another one is installed in storage facility. Plant body is made as vertical cylindrical shell and cylinder installed in the shell and spaced apart therefrom. Cylindrical shell and cylinder define composite channel, which connects receiving chamber with storage facility. Upper cylinder part is bent through 90° for liquid discharge into storage facility. Upper cylinder end has two orifices, namely air bleeding one and filling orifice for storage facility filling. Magnets are arranged along end perimeter and along perimeter of upper part of inner cylindrical chamber side. Upper storage facility part is located inside upper cylinder part. Lower storage facility part is funnel-shaped and is connected with turbine pipeline in center thereof. Upper part of turbine pipeline passes in vertical cylindrical body for shutoff fitting receiving. Receiving chamber body is made as funnel expanding downwards and having edges connected with lower cylinder part. Upper funnel part is oval and receives turbine pipeline outlet, hydraulic turbine and generator. Turbine blades have magnets. The shutoff fitting is cap installed inside vertical cylindrical shell having liquid circulation orifices in lower part thereof. The cap is connected to electric drive rod. The liquid is ferrofluid.
EFFECT: decreased liquid volume used to generate electric power.
3 cl, 1 dwg
