FIELD: power engineering.
SUBSTANCE: proposed power generating plant contains thermal sorption compressors made in form of reactors with metal hydride powder. Reactors interact with exchangers with liquid heat carrier and cold carrier. Reactors are intercoupled by gas spaces of hydrogas drives. Hydraulic spaces of gas hydraulic drives are connected through two-position electromagnetic gas distributor with high and low pressure spaces of hydraulic motor with displacement control of speed of rotation. Gas hydraulic drives are connected at desorption to high pressure hydraulic line of hydraulic motor, and at sorption, to low pressure hydraulic line. At changing over of connection of hydraulic distributors to reactors, higher temperature source transfers heat to heat carrier and at lower temperature, to cold carrier.
EFFECT: improved efficiency of power generating plant by using low temperature drops in ambient atmosphere owing to use of thermosorption compressors.
4 cl, 3 dwg
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