Investigations On The Influence Of Temperature And Concentration On Solar Cell Performances

机译：对温度和浓度影响对太阳能电池性能的调查

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In this study, the individual subcells made of Ga_(0.50)In_(0.50)P, Ga_(0.99)In_(0.01)As and Ge of a lattice-matched triple-junction solar cell are investigated. Comprehensive measurements of the three corresponding component cells, which are optically equivalent to the triple-junction stack but electrically equivalent to a single subcells within the stack, are performed over a wide range of operating conditions. The investigated temperature range is 5 to 170°C; the concentration ratio is varied from 1 to 3000. Measurement results are presented and an analytical model is used to describe the temperature and irradiance dependence of the open circuit voltage V_(OC)(T,C).

机译：在该研究中，研究了由Ga_（0.50）的单个子单元（0.50）p，Ga_（0.099）In_（0.01）为和Ge的晶格匹配的三界太阳能电池的Ge。在光学等效于三叠堆的三个相应的组分电池的综合测量，而是在堆叠内的单个子单元电等同于堆叠中的单个子单元。调查的温度范围为5至170°C; 浓度比为1至3000。提出了测量结果，并且使用分析模型来描述开路电压V_（OC）（T，C）的温度和辐照度依赖性。

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《International Conference on Concentrator Photovoltaic Systems》|2014年||共5页
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Henning Helmers; Michael Schachtner; Andreas W. Bett;
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中图分类 TB9-53;
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Characterization; component cells; CPV; CPVT; multi-junction; open circuit voltage; temperature dependence; temperature coefficient; space;

机译：表征;组分细胞;CPV;CPVT;多结;开路电压;温度依赖性;温度系数;空间;

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Investigations On The Influence Of Temperature And Concentration On Solar Cell Performances

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