DEVICE FOR ELECTRIC POWER GENERATION Russian patent published in 2017 - IPC F03D9/35 F03D9/37 F01K17/04 

Abstract RU 2616704 C2

FIELD: energy.

SUBSTANCE: invention relates to power engineering. Device for electric power generation, comprising an air duct, a first heat collector, heating elements, accumulator-radiator, turbine generator, second heat collector, control unit, storage battery, electric converter, wherein first output of first heat collector is connected with heating elements, output of which is connected with accumulator-radiator, output of control unit is connected to first input of turbine generator, first output of which is first output of device, output of accumulator is connected to input of electric converter, output of which is second output of device. Device additionally comprises a vortex separator of heat carrier, pump, rectifier-charging device. First input of device is connected to first input of air duct and second input of turbine generator, second input of device is connected to vortex separator of heat carrier, first output of which is connected to input of first heat collector and second input of air duct, second output of first heat collector is connected to first input of pump, second input of which is connected to output of control unit, and output is connected to input of second heat collector, first output of which is connected to first output of air duct, second output of vortex separator of heat carrier and is third output of device, second output of second heat collector is connected to second output of turbine generator, third output of first heat collector and input of control unit, first output of turbine generator is connected to input of rectifier-charging device, output of which is connected to input of accumulator, second output of air duct is connected to output of accumulator-radiator and is fourth output of device.

EFFECT: invention is aimed at obtaining electric energy from heat energy of cooling circuit of cooling tower using cooling tower as air duct.

1 cl, 1 dwg

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RU 2 616 704 C2

Authors

Malyutin Nikolaj Vasilevich

Mezhlumov Georgij Mikhajlovich

Dates

2017-04-18Published

2015-05-18Filed