与附近输电线路电感耦合对地下管线感应电压的影响因素

Chenyang Wang, Xiaodong Liang, F. Freschi
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引用次数: 1

摘要

管道上的感应电压是影响管道系统设备和人员安全的重要参数。然而,在现实生活中,这种估计是困难的,特别是在传输线规划和路由阶段。本文研究了地下管线与附近输电线路电感耦合时影响地下管线感应电压的几个因素。通过对仿真数据的曲面拟合,确定了峰值感应电压随输电线与管道夹角及分离距离的函数计算公式。本文证明了输电线路长度、土壤模型类型等其他因素对感应电压峰值值的影响不显著。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Factors Affecting Induced Voltages on Underground Pipelines Due to Inductive Coupling with Nearby Transmission Lines
The induced voltage on the pipeline is a critical parameters to be evaluated for equipment and personnel safety of the pipeline system. However, in the real life, such estimation is difficult especially at the transmission line planning and routing stage. In this paper, several factors affecting the induced voltage on underground pipeline due to inductive coupling with nearby transmission lines are investigated. A peak induced voltage calculation formula as the function of the angle and separation distance between the transmission line and the pipeline is determined through the surface fitting of the simulation data. It is proved in the paper that other factors such as the length of the transmission line and the soil model types do not have significant influence on the peak induced voltage values.
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