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  • 學位論文

HIT型太陽薄膜電池性能解析研究

Performances Analysis of HIT Thin Film Solar Cells Systems

指導教授 : 莊嘉琛
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摘要


如何以清淨能源取代目前的能源供給,以避免現有化石燃料的利用方式對環境造成污染,將是目前人類保護生態環境的首要課題。太陽能源是清淨能源中最易取得的種類,具有取之不盡、用之不竭的特質,有效利用此一能源將是人類社會的一大福音。太陽電池是目前唯一有效運用太陽光能的方式,其包含有機太陽電池、無機太陽電池、和薄膜型太陽電池,若能針對各太陽電池之特性並妥善運用,將可完整發揮太陽光能之潛力,造福人群。 以資源限制與應用方式不同為前題,有了薄膜型太陽電池的產生,其中以 太陽電池的變換效率為最高,且長期使用也不會劣化,其未來的發展相當受到大家的關注。而薄膜矽太陽電池除了大幅降低原料矽的使用,還減少了製造成本,因此未來在製造太陽電池時,不只要提高「轉換效率」,「降低成本」也是不可忽視的優勢。 採用太陽電池做為輔助電力,降低化石燃料對地球環境的破壞,故本論文研究重點在於分析數種薄膜型太陽電池,藉以解析各種 系與 系薄膜太陽電池的各種特性,比較在產生同樣電力下,太陽電池所需面積,藉以得知何種薄膜太陽電池最能有效運用太陽光能,以期達到高效率、低成本之太陽薄膜電池。

並列摘要


How to use clean energy to replace the tradition fossil fuel for avoid the pollutions will be the major topic of environment protection. Solar energy is a clean renewable energy, Easy to get and unlimited to supply are the advantages of it, and should be a greater favor for human society then using the energy effectively. Using solar cells is the only way to get the energy powerfully from the sun. They include organic solar cells, inorganic solar cells, and thin-film solar cells. If we could aim at the characteristic of all kinds of solar cells and make them perform properly, it will do the solar energy justice completely. According to resources limited and applications, it has an idea of thin-film solar cells. The efficiency of CIGS solar cells in which is the highest, even use for a long time and solar cells won’t degradation. The development of CIGS solar cells will be kept an eye in the future. Thin-film silicon solar cells eight decrease the need of silicon raw materials or also reduce the cost. Therefore, more than arising “efficiency”, “reducing the cost” is an advantage that can't be neglected at producing solar cells in the future. Use solar cells as secondary electrical supply will decrease the damage to the environment. The research thrust of this paper is to analyze different types of thin-film solar cells to realize all the characteristics of silicon and CIGS thin-film solar cells, and compare the demand area of solar cells at the same generated power, to know which thin-film solar cell could apply solar energy effectively.

參考文獻


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[1] 莊嘉琛,黃士軒,李金魁,"HIT型太陽薄膜電池性能解析研究",化工技術,出刊中,2007。
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被引用紀錄


洪世杰(2010)。光敏化染料太陽薄膜電池性能應用效益解析研究〔碩士論文,國立臺北科技大學〕。華藝線上圖書館。https://www.airitilibrary.com/Article/Detail?DocID=U0006-1607201016362700

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