The embodiment of the invention discloses a high-efficiency
heat pipe stack
thermophotovoltaic power supply
system. According to one specific embodiment, the efficient
heat pipe pile thermophotovoltaic power supply
system comprises a heat source body, a
heat pipe, a radiator, a filter-photoelectric
wafer integrated body, a heat dissipation
system, a heat preservation system and a heat
pipe reactor, and the heat preservation system comprises a
radiation reflection screen, a spacing layer and an outermost heat preservation layer; the
radiation reflecting screens and the spacing
layers are arranged in an alternate stacking manner, and the outermost layer is covered with the outermost
thermal insulation layer; the heat
pipe, the heat source body and the radiator exchange heat through heat conduction; the radiator and the filter-photoelectric
wafer integrated body transfer energy in a heat
radiation mode; and the filter-photoelectric
wafer integrated body is subjected to heat dissipation through a heat dissipation system. According to the embodiment, higher-power
energy supply and higher
thermoelectric conversion efficiency can be provided for the
deep sea detector.