Abstract A mosaic of lenses is oriented to face the sun. Each lens focuses a solar image upon the open end of a respective optical fiber. The several fibers converge to form a bundle. The bundle passes to a receiver generally inside a building. The radiation delivered by the bundle may be used for cooking, lighting, operation of a thermodynamic engine, or other similar application. In the preferred system the lens mosaic is a plastic sheet into which lenses have been molded. In a first auxiliary system the lens mosaic is formed on the front surface of a transparent plate. Solar images are formed on the rear surface. Optical fibers are attached where these solar images are formed. This eliminates two reflecting surfaces, thereby increasing efficiency by 19%. In a second auxiliary system mass of the plate is reduced by using truncated cones to transmit the radiation to the solar image positions.
A solar power system comprising a matrix of concentrators, an orientation system, a set of optical fibers, and a receiver; said orientation system being adapted for causing said matrix of concentrators to face the sun; each of said concentrators being adapted for concentrating solar radiation upon a first end of a respective optical fiber of said set of optical fibers; said optical fibers being adapted for receiving and transmitting said concentrated solar radiation; said optical fibers converging to form a bundle, said convergence being in the vicinity of said matrix; said receiver being adapted for receiving said solar radiation from the second ends of said optical fibers; said matrix of concentrators being a transparent plate having a set of lenses molded into its front surface and a set of truncated cones molded into its rear surface; each of said lenses being adapted for developing a solar image upon the truncated surface of a respective cone of said set of truncated cones; and each of said optical fibers being adapted for receiving solar radiation delivered to the truncated surface of a respective cone of said set of truncated cones.
Claim 2
Dependent Claim
188 words
A solar power system comprising a matrix of concentrators, an orientation system, a set of optical fibers, and a receiver; said orientation system being adapted for causing said matrix of concentrators to face the sun; each of said concentrators being adapted for concentrating solar radiation upon a first end of a respective optical fiber of said set of optical fibers; said optical fibers being adapted for receiving and transmitting said concentrated solar radiation; said optical fibers converging to form a bundle, said convergence being in the vicinity of said matrix; said receiver being adapted for receiving said solar radiation from the second ends of said optical fibers; said matrix of concentrators being a transparent plate having a set of lenses molded into its front surface and a set of truncated cones molded into its rear surface; each of said lenses being adapted for developing a solar image upon the truncated surface of a respective cone of said set of truncated cones; and each of said optical fibers being adapted for receiving solar radiation delivered to the truncated surface of a respective cone of said set of truncated cones.