Patent ID: 7997077

Claim:
An energy retriever system comprising: an energy capture subsystem having a heat source at an operational temperature and at least one conduit containing a fluid at a pressure; said fluid having a high expansion factor, high thermal conductivity and a boiling point lower than said operational temperature of said heat source and lower than said pressure of said fluid at said heat source; an expansion cycle subsystem; a condenser cycle subsystem; a reservoir subsystem; a plurality of conduits connecting said energy capture subsystem, said expansion cycle subsystem, said condenser cycle subsystem and said reservoir subsystem; said plurality of conduits containing said fluid; said expansion cycle subsystem comprises at least one conduit and a valve; said condenser cycle subsystem comprises at least one conduit, at least one radiant cooler; said reservoir subsystem comprises at least one conduit, at least one valve, a reservoir, a compressor and a pump; said condenser cycle subsystem further comprises a cooling system comprising a coiled conduit and a blowing means to cycle air over said coiled conduit whereby said fluid absorbs thermal energy from said cycled air and reduces the temperature of said cycled air; said heat source comprises an internal combustion engine and said cooling system cools a compartment of a mobile vehicle; and said cooling system cools an air intake of said internal combustion engine.