基于有源滤波器和SVC的微电网电能质量改进

Sharan G M, Jeevan B M, A. P, Iman Khan, Shobha Shankar, Ganavi C N
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引用次数: 0

摘要

本文介绍了对有功功率调节器、PQ控制器、静态变量补偿器(SVC)、SVPWM控制的更新,以及采用单独控制器和自定义功率装置(如APF和PPF)的不同控制策略,以提高电能质量。随着间接负荷的增加,大量的谐波电流流向能源系统的阻抗,造成谐波电流频率的电压畸变。在最近的能源质量研究中,电压退化和炎症被认为是中等配电电网中最常见的能源质量问题。为了克服这些能源问题,我们使用不同的设备来提高能源质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Combination of APF and SVC for the Power Quality Improvement in Microgrid
This paper introduces an update to the active power conditioner, PQ controller, Static variable Compensator (SVC), SVPWM control, different control strategies using a separate controller and a custom power device such as APF and PPF for improve energy quality. With the increase in indirect loads now days, significant amount of harmonic current flow to the impedance of the energy system causing voltage distortion in the frequency of harmonic currents. Voltage degradation and inflammation in the medium power distribution grid are considered the most common type of energy quality problems based on recent energy quality studies. To overcome these energy issues, we use different devices to improve energy quality.
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