Prediction of harmonic currents of PV-inverters using measured solar radiation data

J. Schlabbach, L. Kammer
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引用次数: 19

Abstract

A simulation program has been developed to simulate the harmonic current emission of photovoltaic systems under different solar radiation conditions, resulting in different generation scenarios. The simulation is based on measured data of temperature and global solar radiation and can be applied to any site conditions. The result indicated an excellent correspondence between simulation and measurement results. The harmonic currents differ much under different generation conditions, e.g. a great difference was recognized between high generation (summer) and low generation (winter). The assessment for grid connection of PV-converters shall take account of this fact. It is suggested to use the simulation results instead of using the worst conditions as per IEC 61000-3-12
利用实测太阳辐射数据预测光伏逆变器的谐波电流
开发了仿真程序,模拟了不同太阳辐射条件下光伏系统谐波电流发射,从而产生不同的发电场景。该模拟基于温度和全球太阳辐射的实测数据,可应用于任何现场条件。结果表明,仿真结果与实测结果吻合良好。在不同的发电条件下,谐波电流差异很大,如夏季的高电压和冬季的低电压差异很大。对光伏变流器并网的评估应考虑到这一事实。建议使用模拟结果,而不是使用IEC 61000-3-12规定的最坏条件
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