FIELD: energy.
SUBSTANCE: invention relates to the field of energy, in particular to solar power plants with a system of beam concentrators, it can be used in systems of integrated energy supply of residential and other objects from renewable energy sources. The solar power plant consists of a primary energy converter in the form of a heat-mechanical converter containing heating and cooling zones with hot and cold heat carriers supply channels and a heat-sensitive element (hereinafter – HSE) located in them in the form of a thin-walled pipe that contacts the stop device during its working bend and which is a drive shaft at the same time. At the same time, the HSE is equipped with a parabolic-cylindrical concentrator of solar rays, and the power plant includes an energy-intensive heat accumulator with an energy recovery system for its use in the absence or attenuation of solar radiation. The presence of a heat accumulator with an energy intensity calculated for the weather conditions of the specified area ensures uninterrupted round-the-clock operation of the power plant in a given mode of electricity and heat supply of consumers. At the same time, the complete automation of the recovery system and the transition of the plant operation from solar energy to the thermal resource of the heat accumulator and back frees consumers from any operational management.
EFFECT: simple design of the solar power plant, the stability of its operation, and the high efficiency in the use of solar energy due to heat recovery create the prospect of its large-scale use.
1 cl, 3 dwg
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Authors
Dates
2021-06-21—Published
2020-11-10—Filed