FIELD: electricity; heating.
SUBSTANCE: method is based on dividing of taking from distant object of luminous flux for two current of equal intensity with further forming from it optical beams of wedge shape, tapering in propagation direction and common edge on its tops, located in zone of optical emission converter. Concentrator system for implementation of method contains two elliptic reflector of sulcate shape for supplying of concentrated emission to the extensive emission converter and located between reflectors two reflective plates of parabolic section. The first focal lines of reflectors and plates overlapped in pairs, and the second focal line of reflectors are located in area of extensive emission converter.
EFFECT: productivity improvement by means of cross section area of converted optical emission.
6 cl, 3 dwg
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