硅太阳电池用UV／IR截止滤光膜系设计

硅太阳电池用UV／IR截止滤光膜系设计杨文华[1] 李红波[2] 解光军[1] 梁齐[1][1]合肥工业大学理学院,合肥230009 [2]上海空间电源研究所,上海200233摘　要:根据光学薄膜原理，编制出计算机程序。在太阳电池封装玻璃的上、下表面分别设计出红外（IT）截止的带通滤光膜系A｜[1．05（LMHML）]（LMHML）6[1．15（LMHML）]1．15L｜G和紫外（UV）截止的带通滤光膜系G｜H/2LH/2｜。透射曲线表明：这两种带通滤光膜系对于不同波长的光有着很好的选择性透射，IR截止滤光膜系能够使波长大于1120nm的大部分光在到达电池表面前就被反射，UV截止滤光膜系能够使得波长小于350nm的光在到达电池表面前几乎全部被反射掉。同时，350nm〈A〈1120nm的光的入射几乎不受影响，加权平均透射率为97．49％。[著者文摘]
0 h& y) c) M2 R4 `9 F( y
: B+ O( {3 o3 R关键词:硅太阳电池 UV截止滤光膜系 IR截止滤光膜系 透射曲线 加权平均反射率
3 J& ^) F( G, p! L: I8 V分类号:　TM914.4[著者标引]文献标识码：A文章编号：0254-0096（2007）03-0257-06栏目信息：
相关文献:主题相关 全文快照　　　

THE DESIGN OF UV/IR CUT-OFF FILTER FOR SILICON SOLAR CELLSYang Wenhua, Li Hongbo, Xie Guangjun, Liang Qi 1. School of science, Hefei University of Technology, Hefei 230009, China ; 2. Shanghai Space Power Institute, Shanghai 200233, ChinaAbstract:According to the theory of optical film, a computer program was designed. The IR cut-off filter of A｜[1.05（LMHML）]（LMHML）6[1.15（LMHML）]1.15L｜G G on the top surface of encapsulation glass and the UV cut-off filter of G｜H/2LH/2｜ on the rear surface of encapsulation glass for silicon solar cell were obtained. Plotted transmission curves for IR and UV cut-off filter showed that： the IR cut-off filter and UV cut-off filter both have good selective transmission for incidence light. Most of the light（ λ〉1l20nm） is reflected by IR cut-off filter, most of light （λ 〈 350nm） is reflected by UV cut-off filter, and all of the light （350nm 〈 λ〈 1120nm） is almost transmitted to the solar cell. In the range between 350nm and 1120nm, the weighted transmission coefficient of light is 97.49%.[著者文摘]

Key words:silicon solar cell; UV cut-off filter; IR cut-off filter; transmission curve; the weighted transmission coefficient