FIELD: solar technology.
SUBSTANCE: invention relates to solar technology, in particular to solar power modules for generating heat. The effect is achieved by the fact that in a hybrid solar module containing a protective glass coating, switched solar cells and a heat exchanger connected to the hot water supply and heating system of the building, the heat exchanger is made in the form of an air collector with channels for an air coolant in a case transparent for solar radiation and installed by the area of the protective glass coating, and the protective glass coating and the heat exchanger in the form of an air collector are located on both sides of the switched double-sided solar cells, while for heating the building, the air collector is connected by a heat-insulated air duct with a fan to the air heating system of the building, for hot water supply, the air collector is connected through a heat-insulated air duct with a fan and an air-water heat exchanger to the hot water supply and heating system of the building, and the switched solar cells are connected to electric water heater of the building's hot water supply system.
EFFECT: increase in efficiency, increase in the average annual heat production, decrease in weight and dimensions.
1 cl, 2 dwg, 1 tbl
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RU2780439C1 |
Authors
Dates
2022-01-11—Published
2021-04-14—Filed