Combined power generation system based on waste incineration waste heat and solar heat and its operation method
A technology of waste incineration and combined power generation, which is applied to solar thermal power generation, separation methods, chemical instruments and methods, etc., can solve the problems of low thermoelectric conversion efficiency and unsuitability for solar thermal power generation, etc. The effect of high temperature corrosion and improving cycle efficiency
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Embodiment 1
[0046] When the meteorological conditions meet the conditions of solar thermal power generation, the system operates at 100% of the rated load, the inlet temperature of the hot molten salt of the solar superheater 19 is 565°C, and the outlet temperature of the cold molten salt of the solar preheater 12 is 300°C. The water temperature at the inlet of economizer 11 is 130°C, the water temperature at the inlet of solar preheater 12 is 245°C, the superheated steam parameter at the outlet of solar superheater 19 is 15.3MPa / 540°C, and the steam parameter at the reheating and cold section of the steam turbine is 3.82MPa / 318 °C, heated to 400-450 °C by the solar reheater 20, enters the medium and low pressure cylinder 3 of the steam turbine to continue to work, and the steam pressure in the reheating section is the same as the steam pressure at the outlet of the waste heat boiler superheater of the waste heat boiler.
Embodiment 2
[0048] When the meteorological conditions cannot meet the requirements of solar thermal power generation, the solar heat exchange system and the steam turbine high-pressure cylinder are cut off, and the waste incineration waste heat boiler operates independently. 400-450°C.
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