FIELD: power engineering.
SUBSTANCE: invention relates to hybrid superreliable power generating system. proposed system contains primary power unit generating power and secondary power unit in form of closed-cycle steam turbine capable of generating 100% power generated by primary power unit which is heated at spinning reserve by waste heat of primary power unit where closed-cycle steam turbine is maintained preferably at idling under spinning reservoir conditions. Closed-cycle steam turbine contains burner which burns the same fuel as primary power unit and which products heat sufficient for generating energy equal to 100% of energy delivered by primary power unit to supply load after stopping of primary power unit.
EFFECT: provision of superreliable generation of electric energy.
