本研究內容主要在於探討光觸媒塗抹於薄膜型太陽能光電板前後，發電功率之比較，並探討光觸媒之塗抹方法、固化溫度、親水性及自淨情形。
研究結果顯示，光觸媒的親水性與自淨性佳，在實驗中，以光觸媒塗抹於薄膜型太陽能光電板表面，歷經兩個多月的時間，其表面仍保持潔淨，以其應用層面來說，未來可大大節省安裝太陽能光電板後，定時清潔太陽能板表面的時間及成本，而保持良好穩定的發電效率，以促進太陽能光電更加普及應用。

This research focus on the exploration of the influence of nano photocatalyst on thin-film solar panels in terms of the generation efficacy of electric power. In addition, the application, solidify temperature, hydrophile property and self-clean of nano photocatalyst are further investigated.
The results indicate that nano photocatalyst are with good hydrophile property and self-clean property. Thin-film solar panels which has been smeared with nano photocatalyst was spotless after two months. In other words, nano photocatalyst economizes not only the time but also the cost on cleaning solar panels. In addition, nano photocatalyst well stabilize the power generating efficiency, and further popularize the use of solar panels in our daily life.

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