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Highly concentrated sunlight obtained from a solar concentrator mounted on a solar tracker can be divided into the infrared and visible region before it is actually applied. That is, solar rays are directed toward a unit optically separating sunlight into the infrared and visible region by a hot mirror as they impinge on the surface of a secondary reflector. The Infrared rays can be utilized for thermoacoustic applications while visible rays can be utilized for indoor lighting. This work introduces the separation of two different kinds of light; sunlight and artificial light. As for the artificial light, its wavelength extended from 400 to 720 for the visible region and 620 to 940 for the infrared region. Comparatively, a series of tests performed on sunlight revealed its separation in the visible region from 460 to 680 whereas from 620 to 940 for the artificial light.

An Experimental Study on the Optical Separation of Highly Concentrated Sunlight