大型光伏阵列前向光伏电池的建模与分析

Qi Tian, Zhengming Zhao, Yi Deng, F. He, Xiaoyan Han
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引用次数: 4

摘要

光伏阵列是光伏发电系统的基础。为了高效、合理地使用光伏电池阵列并对其进行保护,建立准确的光伏电池阵列模型并分析不同环境下光伏电池阵列的特性至关重要。通过仿真分析和实验测量,研究了单晶硅、多晶硅和非晶硅光伏组件的基本电特性。根据实验数据,在MATLAB仿真平台上建立光伏电池正演电路模型,比较不同光伏阵列电特性的差异。分析了日照、温度等参数对光伏组件电特性的影响。分析了光伏组件的阵列特性,并对遮阳条件下的商用光伏阵列进行了仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling and analyzing to the forward PV cells for large-scale PV array
Photovoltaic array is the base of the photovoltaic power system. To use the PV battery array efficiently and properly and to protect it, it is important to build an accurate Photovoltaic array model and to analyze the characteristics of the PV array under different circumstances. The characteristics of mono-crystalline silicon, poly-crystalline silicon and amorphous silicon PV modules' basic electrical characteristics were studied by simulation analysis and the experimental measurement. Depending on the experimental data, the forward circuit model of photovoltaic battery is built up in the simulation platform of MATLAB to compare the differences of the different photovoltaic arrays' electrical characteristics. The influence on the electrical characteristics of PV module caused by parameters such as insolation and temperature is analyzed. The array characteristics of PV module are analyzed and the commercial PV array in shading conditions is simulated.
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