METHOD OF PRODUCING PHOTOELECTRIC AND THERMAL TYPE COMBINED SOLAR PANELS AND RESPECTIVE SOLAR PANEL Russian patent published in 2011 - IPC F24J2/24 H01L31/58 

FIELD: physics.

SUBSTANCE: method of producing photoelectric and thermal type combined solar panels (10), comprising steps for producing a thermal panel (12), having at least one flat side (26b); producing a photoelectric panel (11) designed for combination with said heat panel (12) through the said flat side (26b) and having at least one section of photoelectric elements and a transparent sheet (15); a step for producing a photoelectric panel (11), comprising steps for depositing a certain number of adhesive spots respectively between the said flat side (26b) and the said at least one section and between the said at least one section and the said sheet (15), so as to form a combined module with a plurality of peripheral lateral sides; putting a transparent resin between the said flat side (26b) and the said at least one section and between the said at least one section and the said sheet (15). The combined solar panel (10) has a thermal panel (12), having at least one flat side (26b); a photoelectric panel designed for combining with the said thermal panel (12) through the said flat side (26b) and having at least one section which includes a plurality of connected photoelectric elements and a transparent sheet (15). The panel has a certain number of adhesive spots respectively between the said flat side (26b) and the said at least one section and between the said at least one section and the said sheet (15); a transparent resin between the said flat side (26b) and the said at least one section and between the said at least one section and the said sheet (15). The method solves problems arising from the presence material which is liable to hardening (polymerisation) between the thermal panel and the elements and between the elements and the sheet provided by the current level of technology. The invention also relates to a solar panel (10) made using the disclosed method.

EFFECT: high efficiency.

12 cl, 6 dwg