Analysis of voltage unbalance due to rooftop PV in low voltage residential distribution system

Churit Pansakul, K. Hongesombut
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引用次数: 12

Abstract

Due to crisis shortage of electric power, global warming issues and pressure on changing energy production from coal-fired power to renewable energy, the solar energy is becoming increasingly attractive. In Thailand, the government has approved energy department plan to increase its renewable energy target, which will include three and single phase PV installations. This paper presents a study on voltage unbalance due to the increased rooftop PV installations on low-voltage residential distribution system. The single-phase rooftop PV model is developed by Matlab/Simulink and is used in the study for analyzing the voltage unbalance under different installation ratings and locations. The obtaining results can be used as guidelines for electric distribution utilities to determine the maximum PVs installations in low-voltage residential distribution systems without affecting the power quality issues.
住宅低压配电系统屋顶光伏电压不平衡分析
由于电力危机、全球变暖问题以及能源生产从燃煤发电向可再生能源转变的压力,太阳能正变得越来越有吸引力。在泰国,政府已经批准了能源部门增加可再生能源目标的计划,其中将包括三相和单相光伏装置。本文对低压住宅配电系统中屋顶光伏安装增加所引起的电压不平衡问题进行了研究。利用Matlab/Simulink开发了单相屋顶光伏模型,用于分析不同安装额定值和安装位置下的电压不平衡。所得结果可作为配电公司在不影响电能质量的情况下确定低压住宅配电系统中pv的最大安装量的指导方针。
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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