光伏组件工作温度模型等效及参数转换

A. Driesse, M. Theristis, J. Stein
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引用次数: 2

摘要

光伏组件工作温度是影响系统成品率的第二大重要因素,仅次于辐照度。在产量模拟软件中使用各种温度模型来预测模块的工作温度,从而确定运行效率。常用的温度模型有PVsyst、Faiman、SAPM和SAM NOCT。虽然这些模型是相似的,但它们的参数值不能直接互换。在这项工作中,我们证明了这四种温度模型的等价或接近等价,并从那里我们建立了方程来来回转换它们的参数值。这对于仿真软件的用户来说是非常方便的。例如,我们使用这个功能来比较和分析为不同的模型/软件组合预设的典型值和默认值。执行参数转换的函数在pvlib-python中作为开源软件提供。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PV Module Operating Temperature Model Equivalence and Parameter Translation
PV module operating temperature is the second most important factor influencing system yield, after irradiance. A variety of temperature models are used within yield simulation software to predict module operating temperature, which then determines operating efficiency. Four temperature models are frequently used: PVsyst, Faiman, SAPM and SAM NOCT. Although these models are similar, their parameter values are not directly interchangeable. In this work we demonstrate the equivalence or near-equivalence of these four temperature models, and from there we develop equations to convert their parameter values back and forth. This is more than a convenience for users of simulation software. We use this capability, for example, to compare and analyze the typical and default values preset for different model/software combinations. The functions to perform the parameter conversions are made available as open-source software in pvlib-python.
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