FIELD: solar technique, namely solar modules having stationary concentrators for generating electric and heat power.
SUBSTANCE: solar module having stationary concentrator has two cylindrical surfaces with generating parabolas developed relative to focus point by parametric angles and flat irradiation receiver with two-side working surface and width equal to focal distance of generating parabolas. Apexes of generating parabolas are joined by means of round-cylinder surface with radius of generatrix equal to focal distance of generating parabolas. Flat irradiation receiver is arranged in focal plane between focus and round-cylinder surface with gap consisting 10 -20% of focal distance of generating parabolas relative to round-cylinder surface.
EFFECT: increased power efficiency of solar module for the whole year.
2 dwg
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0 |
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SU1562885A1 | |
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RU2543256C2 |
Authors
Dates
2005-04-20—Published
2003-11-11—Filed