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Series resistance as a function of current and its application in solar cell analysis 37th IEEE photovoltaic specialists conference

机译:串联电阻与电流的关系及其在太阳能电池分析中的应用第37届IEEE光伏专家会议

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The series resistance of a solar cell varies with its operating conditions. However, most solar cell characterization is done by assuming the series resistance is represented as a constant value. This paper presents the application of the multi light method to extract Rs-light and Rs-dark as a function of current. Application of Rs(J) to analysis of solar cell is demonstrated by extracting the Rs-corrected J-V curve. This allows evaluation of the p-n junction without the parasitic Rs effects. Since the Rs(J) and Rs-corrected J-V data is measured in high detail, the total losses from the Rs and the pseudo efficiency can be measured without need of curve fitting. Finally, by including Rs(J) to the modelling of solar cells, errors in parameterization caused by variation in Rs value is eliminated.
机译:太阳能电池的串联电阻随其工作条件而变化。但是,大多数太阳能电池的表征是通过假设串联电阻表示为恒定值来完成的。本文介绍了多光方法在提取Rs-light和Rs-dark作为电流函数方面的应用。通过提取经Rs校正的J-V曲线,证明了Rs(J)在太阳能电池分析中的应用。这允许评估p-n结而没有寄生Rs效应。由于对Rs(J)和经过Rs校正的J-V数据进行了详细测量,因此无需曲线拟合就可以测量Rs的总损耗和伪效率。最后,通过将Rs(J)包括在太阳能电池的建模中,可以消除因Rs值变化而导致的参数设置错误。

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