FIELD: construction.
SUBSTANCE: solar energy thermoemission system of building power supply comprises external fences, covered with decorative fences from outside, reinforced with contour reinforcement, to form an air gap between them and bearing fences of the building, and the gap communicates with atmosphere via holes, a roof cover on the bearing structure of the roof. The air gap communicates with the room of the attic via slots, and with external air - via holes arranged in the lower part of decorative fences, the roof cover and decorative fences consist of rectangular sections, each represents a photothermoelectric converter comprising a photo cell attached by its rear side to the external side of the body of the thermoelectric converter, the rear side of which is equipped with vertical ribs, made of dielectric material with high heat conductivity, into the massif of which there is contour reinforcement placed, made of elements of the thermoelectric converter representing paired wire sections made of different metals, soldered at the ends to each other, forming zigzag-shaped rows, arranged in such a manner that the left parts of wire sections with left soldered ends are bent at the angle of 90° and are arranged near the external surface of the body of the thermoelectric converter in parallel to it, not touching it, and the right parts of the wire sections with the right soldered ends are arranged in the massif of the ribs, the extreme wire sections of extreme zigzag-shaped rows of thermoelectric converters and output terminals of photo cells are connected via appropriate unipolar headers of electric charges with an accumulating unit.
EFFECT: higher efficiency and reliability of a solar energy thermoemission system of building power supply.
5 dwg
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Authors
Dates
2014-02-20—Published
2012-07-17—Filed