FIELD: solar engineering.
SUBSTANCE: invention relates to solar engineering, particularly to solar heat collectors, used in heat supply to buildings and structures. Solar thermal header can heats liquid heat carrier supplied to the consumer and air directed to heated rooms. Liquid heat carrier is supplied via distributing pipe 7 in consuming pipes 3, and then in fluid lens 12 of corrugated panel 10 with parabolic reflectors 11, which concentrate radiation both on liquid lenses 12, and in areas of absorbing pipes 3 and plates 2 arranged on the wall panel 1. After liquid lenses heat carrier is sent to absorbing tubes 3 arranged on the wall panel 1, where as a result of directed concentration of radiation of it is intensively heated, then it is delivered to consumer via team tube 8. In the cold season when radiation intensity is not enough to heat liquid heat carrier to the required parameters, there is heated air in the device, subsequently supplied to heated rooms. High temperature occurs when flowing around irradiated and heated surfaces of wall panel and bulk accumulation material.
EFFECT: invention shall improve efficiency of utilization of solar energy by rational combination of passive and active radiation conversion methods.
1 cl, 2 dwg
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Authors
Dates
2016-12-10—Published
2015-02-24—Filed