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Computational analysis of the electrostatic environment and flashover performance of a suspension linkstick for live-line work on high voltage power lines

机译:高压电力线上带电作业的悬挂式连杆的静电环境和闪络性能的计算分析

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摘要

What are the root causes of recent live-line tool flashovers at electric field gradients of less than 100 kV/m when tools are supposed to withstand three times that stress? Computer simulations of electrical discharges from the head of the tool connected to the energized conductor suggest a role of highspeed surface partial discharges in initiating the flashover process.
机译:当工具承受的应力是该应力的三倍时,在小于100 kV / m的电场梯度下,最近的带电工具闪络的根本原因是什么?从连接到通电导体的工具头部放电的计算机模拟表明,高速表面局部放电在引发闪络过程中发挥了作用。

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