FIELD: hydraulic power engineering, in particular, highly efficient solar power modules with a concentrator for production of electric power.
SUBSTANCE: a tracking sensor is positioned and fastened in the solar module in the central part of the primary tapered concentrator with a trough hole coaxially with its optical axis, it is positioned inside the primary cooling device with two extensible tapered tips at its top and at its foundation; the primary receiver is fastened between the tapered tips having a mirror surface and fulfilling the functions of the secondary concentrator, and a Fresnel lens is positioned and fastened between the primary and secondary concentrators at their foundation with the aid of a ring, the tracking sensor is fastened by its foundation on the top of the secondary cooling device with prismatic tips, their interior is made in the form of radiator ribs, the secondary receiver is fastened on the outer side of the prismatic ribs.
EFFECT: produced a simple in manufacture highly efficient and inexpensive system for the solar photoelectric module.
2 dwg
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Authors
Dates
2007-01-20—Published
2005-09-09—Filed