太陽能電池的電壓昇壓電路與多負載固態照明設計

Abstract

本論文將太陽光電能與新型固態照明結合，有別於一般單一式系統，乃將多功能的太陽能電池發電系統導入，使得高效率、低耗電量的發光二極體(LED)等固態照明裝置，能充分展現其功能與效能。而多功能的設計，能使能源充分利用，做到節能、不浪費能源的目標，從多功能變換系統中，取得最佳化固態照明匹配，而設計出一套直流電能的多功能太陽光電能固態照明系統。 第一章先介紹太陽能光電元件的重要議題與未來發展趨勢，科技發展的未來性及科技預測(Technology Forecasting)，個人認為是非常重要，其能產生前瞻性思維，領先把握到趨勢。 第二章針對太陽能電池(Solar Cell)原理做一些探討與相關模型推導。 第三章則是多功能太陽光電能固態照明系統的分析與設計，含電路模擬、電路設計、系統設計、實際測試等等。

This thesis can combine the sun photoelectricity with the new-type solid state illumination, it is systematic to different from the general single type, multi-functional solar cell electricity generation system into, make with high efficiency, low power consumption solid state Light Emitted Diode(LED), can fully represent its function and efficiency. And multi-functional design, can make energy utilize fully, accomplish energy-conservation, waste the goal of the energy, from multi-functional to vary system, make optimization solid state illumination match, and can design one direct current multi-functional the sun photoelectricity can light system of the solid state. Chapter one introduce the important issue of the photoelectric component of solar energy and future development trend first, the future and science and technology of development in science and technology are predicted (Technology Forecasting) ,I think it is very important, it can produce perspective thinking, lead and hold to the trend. Chapter two direct against the solar cell (Photovoltaic device) Do some discussion and relevant models to derive in principle. Chapter third and regulation multi-functional photoelectricity can the solid state light systematic analysis and design, including：CKTs simulation、CKTs designs 、system design, tests etc.