To provide a thermal power generation system capable of heating a working medium and making the same high pressure vapor by thermal energy absorption by a collector without adding a heating means such as a heater separately from the collector.
The working medium 3 is heated by a collector 1 absorbing thermal energy and vapor of working medium 3 is injected from a nozzle 8. A turbine 5 is driven and rotated by vapor injected from the nozzle 8, a generator rotor 6A is rotated by rotation of the turbine 5, and power is generated by a generator stator part 6B provided with opposing to the generator rotor 6A. A heating part 12 which is a part absorbing thermal energy of the collector 1 and heating worming medium 3 comprises a plurality of heating parts 12A, 12B which have mutually different energy densities and become an inlet side and an outlet side of the collector 1.
COPYRIGHT: (C)2008,JPO&INPIT
ISOBE HIROSHI
SASAKI NORIHIKO
Shuji Sugimoto