FIELD: power engineering.
SUBSTANCE: solar power plant comprises primary and secondary concentrators, a receiver arranged in the top of the primary concentrator perpendicular to its optical axis with a cooling device. In the central part of a common conical concentrator arranged as glass, with a through hole perpendicularly to its optical axis there is a primary concentrator-paraboloid and a secondary concentrator-hyperboloid with rotation of their generatrices around the optical axis of the common conical concentrator by 360° and fixed on it with the help of holders. The receiver is arranged in the top of the primary concentrator-paraboloid, is fixed on it with the help of a holder and has a cylindrical shape extended along the optical axis of the common conical concentrator. The primary concentrator-paraboloid, the secondary concentrator-hyperboloid and the base of the common conical concentrator are fixed on a cooling device-radiator, in which there are cylindrical openings-holes. A selective coating is applied into the inner surface of the common conical concentrator.
EFFECT: conversion of solar energy at lower temperature of a receiver not only into electric, but also mechanical energy, energy of monochromatic radiation, into electromagnet energy of a radio transmitter during radio communication.
2 dwg
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Authors
Dates
2012-11-10—Published
2010-11-30—Filed