新式HCPV太陽電池模組散熱機制研究與系統最佳化設計

Abstract

隨著環保議題的高漲，無污染能源極為重要，太陽能是極具有潛力的潔淨新能源，與煤、石油及核能相比，他具有獨特的優點：一是沒有使用礦物燃料或核燃料時產生的有害廢渣及氣體，不污染環境；二是沒有地域和資源的限制，有陽光的地方到處可以利用，使用方便且安全；三是能源沒有限制，屬於可再生能源。因此，太陽能的研究及應用是今後能源發展的主要方向之一。

本計劃將開發一個二次光學元件配合高倍率的聚光型太陽能電池模組。由於現在的二次光學元件，還有許多可以改善的空間，因此我們以高接受角度為計畫之最終目標，本計畫將所有可能影響發電效率的參數納入考量，設計出一個極佳的二次光學元件結構。

Pollution-free energy is very important with the environmental issues. The solar energy is clean energy. Compare solar energy with coal, oil, and nuclear energy, the solar energy has several advantages. First, no harmful waste and gases after people use fossil fuels or nuclear fuel that do not pollute the environment. Second, it can easy be used and safely in anywhere. It will not be restricted in district. Third, it is the renewable energy. Thus, research and application of solar energy will develop in the future.

The project will develop a secondary optics element in high concentration photo voltaic (HCPV). The secondary optics element has several disadvantages. Thus, we can improve the disadvantages. The high uniformity and high acceptance angle are our target. We will consider all the parameters that may affect the power generation efficiency.