杂散电流对城市电网变电站轨道地绝缘局部损坏的影响分析

Jianlei Zhang, Haiyang Gao, He Zhong, Mingwei Tang, Yujun Guo, Song Xiao, Guoqiang Gao
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引用次数: 0

摘要

随着城市轨道交通系统运行时间的增加,轨道与地面之间的绝缘由于环境、应力破坏等因素而部分损坏,导致杂散电流泄漏增大。流入地面的杂散电流会流入周围变电站的变压器中性点,对城市电网变电站产生影响。利用仿真模型分析钢轨地绝缘损坏后,钢轨地绝缘损坏点的位置和数量对地电位的影响以及具有电气连接关系的变电站间电压和电流密度的影响,为钢轨地绝缘损坏防护提供支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Influence Analysis of Stray Current on Urban Power Grid Substation Underlocal Damage of Rail Ground Insulation
With the increase of the operation time of urban rail transit system, the insulation between the track and the earth is partially damaged due to environmental, stress damage and other factors, resulting in increased stray current leakage. The stray current flowing into the ground will flow into the neutral point of the transformer in the surrounding substation, which will have an impact on the urban power grid substation. The simulation model is used to analyze the impact of the location and number of rail ground insulation damage points on the ground potential and the impact of voltage and current density between substations with electrical connection relationship after rail ground insulation damage, providing support for rail ground insulation damage protection.
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