| 摘要 |
PROBLEM TO BE SOLVED: To solve the following problem associated with conventional power generation devices that use fuel to produce high temperature and high pressure and convert it into electrical energy: when electrical energy is produced, thermal energy is not recovered and a large amount of heat must be discharged to the outside; and also when electrical energy is used, heat is produced and air is warmed by an amount equivalent to the amount of heat produced by using fuel as a whole. SOLUTION: Thermal energy, which is difficult to use at low temperature, is collected to a heat pump so that the thermal energy can be converted into electrical energy and is turned into high-temperature energy to evaporate liquid. Utilizing a theory that gas is liquefied when exposed to low temperature, a flow of gas and a pressure difference are artificially produced. A power generation device is placed in the flow of gas and the pressure difference. The generator 5 is rotated by the flow of air and the pressure difference to convert them into electrical energy. An amount of thermal energy equivalent to an amount reduced as the result of conversion into electrical energy is made up by a heat exchanger 7 for heating. Thermal energy is thereby continuously taken out as electrical energy and provided to the outside. COPYRIGHT: (C)2009,JPO&INPIT
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