FIELD: physics.
SUBSTANCE: solar module with a concentrator, having a working surface on which solar radiation is incident, a semi-parabolic-cylindrical concentrator with a bean entrance surface and a radiation receiver mounted between the focal axis and the vertex of the semi-parabolic-cylindrical concentrator, wherein the working surface is fitted with an optical deflecting system consisting of main mirror reflectors with beam entrance and exit surfaces, made in the form of louvres made of mirror facets; the output of the optical deflection system is fitted with additional mirror reflectors; the beam entrance β0 and exit β1 angles for the main mirror reflectors, the beam entrance angles β0 and β2 for the additional mirror reflectors, the inclination angles φ0 and φ1 of the main and additional mirror reflectors and the aperture angle of the semi-parabolic-cylindrical concentrator δ are linked by relationships.
EFFECT: high efficiency of using solar energy and low cost of producing electrical energy and heat.
2 cl, 4 dwg
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Authors
Dates
2016-03-10—Published
2014-05-19—Filed