利用有源滤波器提高光伏可再生能源渗透公用事业电能质量

Mahesh R. Pawar, V. D. Bavdhane
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引用次数: 0

摘要

近年来,利用可再生能源发电的努力大大增加。电力电子技术在可再生能源发电中的应用给电网带来了严重的电能质量问题。当这些发电机组的电力集成到公用电网中时,由于发电的性质以及对辐照度、风速等各种因素的依赖,其电力质量、稳定性和可靠性受到损害。任何电力公用事业公司的主要目标都应是始终为其最终用户提供可靠和高质量的电力。对电能质量参数的符合性需要制定严格的法规,以避免电能质量问题带来的不利影响。本文研究了用并联有源滤波器控制非线性负荷下的电网电流谐波。太阳能光伏能源渗透是用来减轻谐波失真,并将其降低到可接受的限制,按照国际标准。提出了一种带滞后电流控制的并联有源电力滤波器的谐波抑制方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power Quality Enhancement in Utility with Photovoltaic Renewable Energy Penetration Using Active Power Filter
In recent era, the efforts for harnessing electrical power from renewable sources increased significantly. Application of power electronics to harness electrical power from renewable energy sources are posing serious power quality issues in grid. When power from such generation units integrated in utility grid it’s power quality, stability, and reliability is getting compromised due to nature of generation and it’s dependency on various factors like irradiance, wind speed etc. The main objective of any electric power utility company shall be providing its end user reliable and quality of power at all time. Strict laws shall be made for power quality parameter compliances to avoid detrimental effects of power quality issues. This paper addresses control of current harmonics using shunt active power filter in utility grid generated by non-linear load. The solar PV energy penetration is used to mitigate harmonics distortion and bring it down to acceptable limits as per international standards. The harmonics mitigation using shunt active power filter with hysteresis current control is presented.
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