從物理化學觀點看綠色能源：以多晶矽太陽能電池矽基板製造技術為例

Green Energy From the Perspective of Physical Chemistry: Using Manufacture of Silicon Substrate for Polycrystalline Silicon Solar Cell As an Example

謝尚潔(Shang-Chieh Hsieh) ； 楊涵茵(Han-Ying Yang) ； 林楷倫(Kai-Lun Lin) ； 李豐穎(Feng-Yin Li)

《化學》 65卷4期 (2007/12) Pp. 463-474

https://doi.org/10.6623/chem.2007046

摘要

由於全球暖化與高漲石油價格，能源議題吸引科學與科技熱切討論。如何參與這迫切議題的發展已成為各個領域重要的課題。本文簡單介紹太陽能電池產業現況，製程技術原理，並以物理化學的觀點，探討如何改善多晶矽太陽能電池矽基板製造技術，以提高製程良率與光電轉換效率。

關鍵字

太陽能電池 ； 多晶矽 ； 晶界 ； 光伏打效應 ； 電磁澆鑄法

並列摘要

As the pressure increasing from the global warming and soaring oil price, the energy issue has been the center of attraction for science and technology. How to participate in the development of this impending issue is important for every segment of science and technology. In this report, a viewpoint of physical chemist is discussed for chemists to contribute their efforts in green energy using the manufacture of silicon substrate for polycrystalline silicon solar cell as an example. The polycrystalline silicon solar cell.

並列關鍵字

Solar cell ； Polycrystalline silicon ； Grain boundary ； Electromagnetic casting method