输电塔到管线的电弧

E. Dick, Kurtis Martin-Sturmey
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引用次数: 0

摘要

高压线路塔的基础必须与高压管线相偏移,以避免电弧造成的损坏。对塔的雷击既可以形成通往管道的电离路径,也可以在相位绝缘体上形成闪光。然后,管道上的故障电流会导致管壁失效。本研究提出了雷电引发的土壤击穿脉冲、工频和电弧维持测试参数。基于电输入功率和热耗散的电弧模型提供了对击穿过程的物理洞察,有助于优化测试参数和程序,并允许在有限数量的测试中进行插值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transmission tower to pipeline arcing
HV line tower footings must be offset from high pressure pipelines to avoid damage due to arcing. A lightning strike to the tower can form both an ionized path to the pipe and flash over a phase insulator. Fault current to the pipe can then cause wall failure. This Phase 1 study proposes parameters for the testing of soil breakdown for impulses, power frequency and power arc sustainment initiated by lightning. An arc model based on electrical input power and thermal dissipation provides physical insight into the breakdown process, helps optimize test parameters and procedures, and will allow interpolation among a limited number of tests.
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