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Energy function applied to voltage stability studies - DiscussiOn on low voltage solutions with the help of tangent vector

机译:能量函数应用于电压稳定性研究-借助切线矢量讨论低压解决方案

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摘要

Two main topics regarding the energy function approach for voltage stability analysis are addressed in this paper. First, the problem of the critical low voltage solution identification is discussed. For this sake, the ability of the tangent vector method to correctly identify the low voltage solution that ultimately coalesce with the power system operating solution is investigated. It is shown that the methodology is consistent with the mechanism of the low voltage solutions. Second, the definition of the group of buses related to the weak area of a system is addressed. It is shown that the combined use of the low voltage solution methodology and the tangent vector technique yields good results. Tests were carried out in the IEEE-30, IEEE-57 and IEEE-118 bus test systems. (C) 2016 Elsevier B.V. All rights reserved.
机译:本文讨论了有关能量函数方法进行电压稳定性分析的两个主要主题。首先,讨论了关键的低压解决方案识别问题。为此,研究了正切向量法正确识别最终与电力系统运行解决方案融合的低压解决方案的能力。结果表明,该方法与低压解决方案的机理是一致的。其次,讨论了与系统薄弱区域有关的总线组的定义。结果表明,低压解决方案方法和切线矢量技术的结合使用可产生良好的效果。测试是在IEEE-30,IEEE-57和IEEE-118总线测试系统中进行的。 (C)2016 Elsevier B.V.保留所有权利。

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