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Fault Location in Distribution Systems Considering the non-liner Profile Characteristic of Voltage Sag on the Bus

机译:考虑总线上电压凹陷特性的非衬里轮廓特性的分配系统中的故障位置

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The bus will experience different voltage sag when fault occurs at different location. Based on the non-liner profile characteristic of voltage sag measured at the bus, the paper proposes a new fault location method. Firstly, it obtains the analytical expression of each section based on the relationship between voltage sag and fault location. Then calculate the fault distance using chord secant method and identify the faulted section through the minimal deviation of fault distance. The combined two results of fault distance and faulted section make fault location accurately. It overcomes the difficulty of radial power distribution systems fault location. Through simulating for the IEEE 13 node test feeder with different faults, including various fault resistance, loading variation and the connected distributed generation, it proves the method's accuracy and effectiveness.
机译:当故障发生在不同位置时,总线将体验不同的电压凹陷。基于在总线上测量的电压凹陷的非衬里轮廓特性,本文提出了一种新的故障定位方法。首先,它基于电压凹陷和故障位置之间的关系来获得每个部分的分析表达。然后使用Chord Secant方法计算故障距离,并通过最小的故障距离识别故障部分。故障距离和断层部分的两个结果准确地使故障位置。它克服了径向配电系统故障位置的难度。通过模拟具有不同故障的IEEE 13节点测试馈线,包括各种故障电阻,加载变化和连接的分布式生成,证明了该方法的准确性和有效性。

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