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Three-Dimensional Electric Field Analysis and Measurement Inside High Voltage Substations

机译:高压变电站内部的三维电场分析与测量

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摘要

The exposure to electric field now-a-days is an integral part in the design area of electrical power apparatus and systems. Moreover, the electric field produced by power lines, busbars and all high voltage equipments inside High Voltage (HV) substations is receiving more and more concerns to guarantee the life insurance of workers inside these substations. Therefore, the possible effect of the electric field exposure raises the question of how electric fields are created and what effects they may have. Therefore, monitoring the electric field inside Air Insulated Substation (AIS) and Gas Insulated Substation (GIS) is achieved in this study. This study not only depict the electric field distribution inside AIS using Charge Simulation Method (CSM) in three Dimensional (3D) and many Matlab M-files modeling programs developed by the researchers but also measured it inside AIS under 500 and 220 kV busbars and inside GIS nearby the 500, 220 and 66 kV busbars. The simulation results of AIS are compared with the measured values and the simulation results are matched with the measured values with very small tolerance about 1.4% for 220 kV model and about 4.4% for 500 kV model.
机译:如今,暴露于电场是电力设备和系统设计领域不可或缺的一部分。此外,由电力线,母线和高压(HV)变电站内的所有高压设备产生的电场正越来越受到人们的关注,以保证这些变电站内的工人的生命保险。因此,电场暴露的可能影响提出了如何产生电场以及它们可能产生什么影响的问题。因此,本研究实现了对空气绝缘变电站(AIS)和气体绝缘变电站(GIS)内部电场的监控。这项研究不仅在三维(3D)中使用电荷模拟方法(CSM)描述了AIS内部的电场分布,而且还开发了许多由研究人员开发的Matlab M文件建模程序,而且还在500和220 kV母线下在AIS内部和内部进行了测量GIS位于500、220和66 kV母线附近。将AIS的仿真结果与测量值进行比较,并且仿真结果与测量值相匹配,对于220 kV模型,该误差很小,大约为1.4%;对于500 kV模型,大约为4.4%。

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