FIELD: power engineering.
SUBSTANCE: necessity of accurate homing and tracking of the Sun position, and also to create an efficient system of heat removal from the receiver complicates design and operation of available solar modules. The solar photoelectric module with a concentrator comprises a cylindrical parabolic concentrator, a tracking sensor, a receiver arranged in a focal area with a cooling device. The cylindrical parabolic concentrator is arranged as glass, and on the inner surface of it there is a selective coating. In the central part of the glass concentrator coaxially to its optical axis there is a tracking sensor arranged inside the cooling device with prismatic edge lines. The inner part of the cooling device is arranged in the form of radiator ribs. The receiver is fixed on the outer side of the prismatic edge lines. Bases of the glass concentrator, the tracking sensor and the cooling device are fixed in the radiator with cylindrical holes.
EFFECT: higher efficiency of module receiver cooling systems, higher compactness and mobility of a module.
2 dwg
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Authors
Dates
2012-11-10—Published
2010-11-30—Filed