FIELD: heating.
SUBSTANCE: invention is related to solar architecture and solar power engineering, in particular, to solar buildings with inbuilt solar power installations for generation of electric energy and heat. In solar house on the roof solar modules are installed with concentrators that consist of n branches (n≥2) of semi-paracylinder mirror reflectors with aperture a and angle α between focal planes of semi-paracylinder mirror reflectors, each semi-paracylinder reflector has common focal axis with neighboring semi-paracylinder reflector, as well as common tangent plane or common line of adjacency of semi-paracylinder reflector branches, at that tangent plane to branch of one of above mentioned neighboring semi-paracylinder reflectors in common line of adjacency coincides with midship section plane of neighboring semi-paracylinder reflector. According to the other version along walls solar modules are vertically installed with concentrators that consist of n branches (n≥2) of semi-paracylinder mirror reflectors with aperture α and angle α between focal planes of semi-paracylinder mirror reflectors. According to the other version roof of house in plan forms truncated rectilinear polygon.
EFFECT: higher efficiency of solar energy usage and reduction of produced electric energy and heat cost, creation of efficient solar technical devices that are inbuilt into facades and roofs of buildings for provision of electric energy and heat to them.
3 cl, 3 dwg
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Authors
Dates
2008-11-10—Published
2007-03-22—Filed