Simulation of Current Distribution Through Elements of the Overhead Contact Line

V. Kuznetsov, A. Rojek, P. Hubskyi, M. Skrzyniarz, Piotr Stypułkowski, W. Szulc
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Abstract

Abstract The compilation of unfavourable weather conditions, such as negative temperature and high humidity, leads to the formation of an ice layer and deposits on the elements of the overhead contact line, which leads to its degradation and prevents the supply of electricity to the traction vehicle. The traction line is located on a very large area and it is extremely difficult to effectively remove the remaining layers of ice. During planning the anti-icing measures it’s very important to know the current distribution in wires. The authors of the article analysed the catenaries operated in Poland and in EU in terms of the current distributions in contact and catenary wires in through spans. The approach presented in this paper allows to take into account the wear of the contact wires during calculations of the current distributions.
架空接触线各元件电流分布的模拟
摘要不利的天气条件,如负温度和高湿,导致架空接触线元件上形成冰层和沉积物,导致其退化并阻止牵引车辆供电。牵引线路位于一个非常大的区域,很难有效地去除剩余的冰层。在规划防冰措施时,了解导线中的电流分布是非常重要的。本文对波兰和欧盟运行的接触网进行了接触电流分布和通跨接触网导线电流分布分析。本文提出的方法允许在计算电流分布时考虑接触导线的磨损。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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