基于相量测量单元的互联网络故障定位新技术

S. E. El Safty, Majid Nasr, M. Mansour
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引用次数: 7

摘要

通过驱动算法实现PMU在故障定位中的应用,并通过计算机数值模拟将其应用于不同的研究系统。无论在两端安装相位测量单元还是只在一端安装相位测量单元,该算法都是根据传输线两端的同步相量进行故障定位,并根据另一端的同步相量计算另一端。该算法允许准确估计故障位置,而不考虑故障电阻,负载电流和源阻抗。利用PSCAD程序对所研究线路进行了不同故障类型和不同故障位置的计算机仿真。该算法采用了一种变换模态。对埃及电网中的多条线路在不同的故障位置上模拟不同的故障类型,并根据选择的分配技术安装相位测量单元。应用该方法对不同类型故障的定位精度较高。因此,强烈建议在埃及网络中使用PMU。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New technique for fault location in interconnected networks using phasor measurement unit
Application of PMU for fault location is conducted through a driven algorithm and is applied to different study systems through computer numerical simulation.The algorithm estimates the fault location based on synchronized phasors from both ends of the transmission line whether phase measurement units are installed to both ends or to only one end and the other end is calculated from synchronized phasors from another side. This algorithm allows for accurate estimation of fault location irrespective of fault resistance, load currents, and source impedance. A computer simulation using PSCAD program of the transmission line under study with various fault types and different locations is carried out. A transformation modal is used in the algorithm. Different fault types are simulated with different fault locations to more than one line in the Egyptian network, which has phase measurement units installed according to a selected allocating technique. The results obtained from applying the considered technique shows high levels of accuracy in locating the fault of different faults types. Hence, it is strongly recommended to use the PMU in the Egyptian Network.
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