Comparative study of topologies of single phase static converters for grid connected PV systems

J. Sakly, A. Ben Abdelghani-Bennani, I. Slama-Belkhodja, H. Sammoud, M. Orabi
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Abstract

The elimination of the transformer of the connection of a PV installation doesn't only reduce the cost, size and weight, but also improves the efficiency of PV system installation. However, removal of the transformer causes the loss of electrical isolation between the PV generator and the grid. In this paper, a transformer less single-phase single stage grid connected PV system is proposed. A control algorithm for both the maximum extraction of the power and control of current injected into the grid is described. Also, a detailed comparative study of four converters topologies is elaborated showing the interest of the NPC structures against the problem caused by the common mode currents especially in the absence of transformers.
并网光伏系统单相静态变流器拓扑结构比较研究
消除光伏装置连接的变压器,不仅降低了成本、尺寸和重量,而且提高了光伏系统安装的效率。然而,移除变压器会导致光伏发电机和电网之间失去电气隔离。本文提出了一种无变压器单相单级光伏并网系统。描述了一种既能最大提取功率又能控制注入电网的电流的控制算法。此外,对四种转换器拓扑结构进行了详细的比较研究,详细说明了NPC结构对共模电流引起的问题的兴趣,特别是在没有变压器的情况下。
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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