采用线换相逆变器的光伏电站的电磁兼容性

A. Kempe, Uwe Schonwandt
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引用次数: 11

摘要

新的欧洲EMC(电磁兼容性)标准(EN 61000-3-2)从1996年初开始生效,尽管可能已经在考虑修订,但光伏逆变器生产商将不得不面对对其设备的EMC性能日益增长的兴趣。对于线路换相逆变器,电磁干扰问题主要与电流谐波和功率因数有关。在本文中,通过仿真和测量表明,如果在电网连接中引入适当的无源lc滤波器,通常的6脉冲逆变器将在整个工作范围内满足上述标准,最高可达11kw。由于这种滤波器几乎不影响逆变器的效率,因此它被认为是一种非常有效和经济的解决线束缚emc问题的方法。结果以图表形式呈现,方便设计者参考。使用标准晶闸管rc阻尼来对抗快速电压梯度可以避免无线电干扰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EMC of PV-plants with line-commutated inverters
The new European EMC (electromagnetic compatibility) standard (EN 61000-3-2) became valid from the beginning of 1996, and although a revision may already be considered, producers of PV-inverters will have to face a growing interest in their equipment's EMC-properties. In the case of line-commutated inverters EMC-problems are mainly related with current harmonics and power factor. In this paper it is shown by simulation and measurements that a usual 6-pulse inverter will cope with the above standards in the whole range of operation up to 11 kW, if an adequate passive LC-filter is introduced into the grid connection. Since this filter almost does not affect the inverter's efficiency, it is considered to be a very effective and economic solution to line bound EMC-problems. The results are presented in the form of diagrams for easy reference to the designer. The radio interference can be avoided using the standard thyristor RC-damping against fast voltage gradients.
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