FIELD: power engineering.
SUBSTANCE: invention relates to power engineering. Optimized integrated system for hybrid generation of electricity using solar energy and biomass contains an oil coolant, exiting the solar power plant of the solar thermal boiler system. Heat transfer medium flows successively through a solar thermal evaporator and a solar thermal heater, and then back to the collector of the oil coolant, and then it is transferred into the circulating oil pump to the solar power plant to complete the circulation of the oil coolant. Steam, obtained with the help of solar thermal energy by means of a solar-thermal evaporator, is fed to the boiler system on the biomass through a steam distribution manifold. Auxiliary steam, produced by an auxiliary coal-fired boiler, gas or fuel oil is also mixed with the steam, obtained with the help of solar thermal energy, and is fed into the boiler system on the biomass via a steam distribution manifold. Steam, obtained with the help of solar thermal energy, and the steam produced by the boiler on the biomass itself are fed to a turbo generator to involve an electric generator into electricity generation.
EFFECT: invention makes it possible to simplify the configuration of the system and equipment, ensure stable generation of electricity, high thermal efficiency and extended service life.
11 cl, 1 dwg
