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首页> 外文期刊>Oriental Journal of Chemistry: An International Research Journal of Pure & Applied Chemistry >Analysis of Effects Resulted from Changing the Buffer Layer Material on Optimization of Cu (In_(1-x), Ga)x) Se2 thin Filmsolar Cell (CIGS) and Simulation of Cell Structure
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Analysis of Effects Resulted from Changing the Buffer Layer Material on Optimization of Cu (In_(1-x), Ga)x) Se2 thin Filmsolar Cell (CIGS) and Simulation of Cell Structure

机译:改变缓冲层材料对优化Cu(In _(1-(x),Ga)x)Se2薄膜太阳能电池(CIGS)的影响和电池结构仿真的分析

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摘要

Due tothe present global under standing about utilization of renewable energy sources as constant cleanones, PVpowerhas been the focused by many research centers. Research of development of Photovoltaic Energyis generally done in tow fields:reducing costs and increasing efficiency. CIGS thin film solar cells are of particular importance among the other types of the same category, due to the flexibility and yields of about 20%.This paper examines theperformance of nano structured CIGS solar cells are discussed. The impact of changing material in the buffer layer of cell structure on electrical properties and the overall performance is evaluated. The optimized efficiency is also determined using simulation tools.
机译:由于当前全球对于将可再生能源用作恒定的清洁剂的理解不足,PVpower已成为许多研究中心关注的焦点。光伏能源开发的研究通常在以下两个领域进行:降低成本和提高效率。 CIGS薄膜太阳能电池由于其柔性和约20%的产率而在同类的其他类型中特别重要。本文研究了纳米结构CIGS太阳能电池的性能。评估了单元结构缓冲层中变化的材料对电性能和整体性能的影响。还可以使用仿真工具确定最佳效率。

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