Research On Liquid-core Optical Fiber Lighting System

With our country’s economic development, and people’s living standards rising, nationalpublic infrastructure has improved. People begin to concentrate on the basement of thebuilding and parking lot’s lighting. Green energy-saving lighting technology is shown greatinterest to people. Liquid-core optical fiber and compound parabolic concentrator (CPC) of thetechnological advances of this new technology research as possibleThis article is based on this remarkable demanding around the above, caring out thebuilding integrated solar concentrator. Vertical plate, triangle, tube type condenser areintroduced, and select a flat-type concentrator-based research projects focus. Use Traceprosoftware to simulate. In order to optimize the effect of liquid-core fiber optic lights, weconstruct a CPC by two compound parabolic solar concentrator composed of stacked, and weuse Tracepro software to performance three CPC. Construct the liquid-core optical fiber. Givethe detail about how to chose the core material, and the optical window material claddingmaterials. Numerical aperture size can be a good ability to reflect light through the fiber, so thenumerical aperture measurements is a more detailed description. This paper uses the method ofRefracted near-field to choice the materials of liquid-core optical fiber core materials. Theproposed use of the compound parabolic concentrator coupled with a liquid core optical fiber.Use the method of optical fiber bundles tying, end surfaces hot melt and add the light guidepost for liquid core optical fiber coupled with the condenser.This topic through plate-type concentrator Tracepro modeling, design the three compoundparabolic. Use software to simulate aiming at finding the right size of the condenser. And onthis basis, develop the liquid-core optical fiber. Finally couple the condenser with liquid-coreoptical fiber to complete the whole system.