FIELD: heating systems.
SUBSTANCE: invention refers to power engineering, namely to devices for simultaneous generation of heat and electric energy, which are generated in a way which is different from that being the result of fuel combustion. Hydraulic geopower station is equipped with electric downhole heater 7 which is flow-through for downhole water passage and connected to hydraulic unit from its lower side. Electric heating element 8 is connected to outlet of turbodrill 2. Absorbing interval 14 of natural and artificial origin represents drain area, for example header formed by means of crack formation with hydraulic fracturing. Hydraulic geopower station includes mining well 20 by which the header interconnected with it and formed by means of crack formation with hydraulic fracturing is redrilled.
EFFECT: performing simultaneous generation of thermal and electric energy, providing the possibility of teporhydraulic accumulation of thermal energy in hot water, as well as its storage in underwater header, providing possibility of hot water transportation from underwater header to its heat consumer on day surface, providing working conditions both in mountainous district and in other conditions of surface relief.
2 cl, 2 dwg
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Authors
Dates
2009-12-20—Published
2008-03-27—Filed