A New Central Control Scheme for Future Micro-Grid Systems Considering Variable Speed Drive Systems and Fuzzy Logic Control System

S. Nadweh, G. Hayek, Bassam Atieh
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引用次数: 1

Abstract

The increased use of nonlinear loads in power systems have caused problems with the quality of electrical power systems, which affects its performance. One of the most important nonlinear loads is variable speed drive systems (VSDS) which causes issues to the industrial plants power supply. In this article, the authors compare different control methods to apply the bias voltages required to operate transistors in the four-quadrant chopper which added to the dc- link of the variable-speed drive system in order to improve power quality, considering future micro-grid systems. A selection is then made of the appropriate one that improves power quality specifications. This article discusses the issues related to VSDS, such as total harmonic distortion factor THD%; the ripple factor of the DC current and voltage of the VSDS; and its harmful effects on the power system.
考虑变速驱动系统和模糊逻辑控制系统的未来微电网集中控制新方案
非线性负荷在电力系统中的应用越来越多,给电力系统的质量带来了问题,影响了电力系统的性能。变速驱动系统是最重要的非线性负载之一,它给工业厂房供电带来了诸多问题。考虑到未来的微电网系统,作者比较了不同的控制方法,以提高变频驱动系统直流链路中增加的四象限斩波器中晶体管的运行所需的偏置电压,以提高电能质量。然后进行适当的选择,以提高电能质量规格。本文讨论了全谐波失真系数THD%;VSDS直流电流和电压的纹波系数;以及它对电力系统的有害影响。
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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