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Simulation study of edge effect in high voltage condenser bushing foils

机译:高压电容器衬套箔片边缘效应的仿真研究

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摘要

During the operation of a HVAC bushing, there exists E-field distortion at the edge of the aluminum foils where the edge effect enhances E-field. To figure out the operating performance of a bushing, it's essential to analyze the distribution of E-field at the edge of foils. In this paper, computing and experimental researches are conducted to analyze the edge effect. We first investigate a 2-D model of several parallel foils using finite element method. By means of ANSYS parametric design language (APDL) in ANSYS computing environment, we systematically analyze the dependence of the E-field distribution on the geometrical variables describing the relative position and dimension of the foils, finding that E-field strength at the edge of foils and the ratio of the enhanced E-field strength and the average value each have an exponential relationship with the distance between two foils and the thickness of a foil.
机译:在HVAC套管的操作过程中,铝箔的边缘存在电场变形,边缘效应会增强电场。为了弄清楚套管的工作性能,必须分析箔边缘的电场分布。本文通过计算和实验研究来分析边缘效应。我们首先使用有限元方法研究了几个平行箔的二维模型。通过在ANSYS计算环境中使用ANSYS参数化设计语言(APDL),我们系统地分析了电场分布对描述箔片相对位置和尺寸的几何变量的依赖性,发现电场强度在边缘处箔和增强的电场强度之比与平均值均与两个箔之间的距离和箔的厚度成指数关系。

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