Selection of Proper Voltage Stability Index for Real System Loading

Maan A. Jirjees, D. A. Al-Nimma, Majid S. M. Al-Hafidh
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引用次数: 2

Abstract

One of major problems in electric systems is voltage stability. It may lead to a complete shutdown in power system. Voltage stability indices may be used to ensure an appropriate stability margin. These indices can be used to estimate the appropriate reactive power value for reactive power compensators.In the current research, different indices (line and bus indices) are used to determine the critical state of an IEEE 30 bus standard system. Loads (active and reactive) are increased gradually, which is the real case in power system, and indices are found for many cases, at all load buses, at the weak region (6 buses), the nearest 3 buses to the weakest bus and finally at Bus 30 (the weakest bus). Results show that Ratio Index, which is a bus index, gives the correct state for voltage stability margin and reactive power compensation, which is needed. The line indices are effective in determining the weakest bus.
实际系统负荷电压稳定指标的选择
电力系统的主要问题之一是电压稳定性。它可能导致电力系统完全停机。电压稳定指数可用来确保适当的稳定裕度。这些指标可用于估计无功补偿器的适当无功值。在目前的研究中,采用不同的指标(线路指标和总线指标)来确定IEEE 30总线标准系统的临界状态。在电力系统中,负荷(有功和无功)是逐渐增加的,在许多情况下,在所有负载母线,在弱区(6个母线),在最弱母线最近的3个母线,最后在最弱母线30(最弱母线)找到了指标。结果表明,比率指标作为一种母线指标,给出了电压稳定裕度和无功补偿所需的正确状态。线路指标是确定最弱母线的有效方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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