Influence of System Parameters on Harmonic Distortion Contributions of Renewable Power Plants

Francois du Plessis, J. Beukes
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Abstract

Harmonic analysis of inverters in renewable power plants can be very complex and is often only based on measurement data. This paper uses the harmonic modelling technique specified by IEC 61400-21-3 to perform a harmonic analysis on a specific inverter system and analyse the effect of grid impedance and control system parameters on harmonic distortion. Harmonic grid current distortion is often used for compliance of renewable power plants. Through impedance based arguments based on the harmonic model, this paper shows how harmonic currents, produced by the interaction between background voltage distortion and the system impedance, can decrease harmonic voltage distortion at the point of connection of a renewable power plant.
系统参数对可再生电站谐波畸变贡献的影响
可再生能源发电厂逆变器的谐波分析非常复杂,通常仅基于测量数据。本文采用IEC 61400-21-3规定的谐波建模技术,对特定逆变系统进行谐波分析,分析电网阻抗和控制系统参数对谐波畸变的影响。谐波电网电流畸变常用于可再生能源发电厂的合规性。本文通过基于谐波模型的阻抗论证,说明了背景电压畸变与系统阻抗相互作用产生的谐波电流如何降低可再生电站接入点的谐波电压畸变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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