Analysis of Electrified Systems and Electromagnetic Interference on the Railways

IF 1 Q4 ENGINEERING, ELECTRICAL & ELECTRONIC IEEE Letters on Electromagnetic Compatibility Practice and Applications Pub Date : 2023-07-03 DOI:10.1109/LEMCPA.2023.3290101
Tetiana Serdiuk;Kseniia Serdiuk;Volodymyr Profatylov;Hafte Hayelom Adhena;David Thomas;Steve Greedy
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Abstract

This letter deals with the research and comparative analyses of the traction power system and electromagnetic interference (EMI) in the return traction current on the railways of Ukraine, Europe, and the U.K. The spectral compositions of return traction current were evaluated experimentally. The main ideas of this letter are to determine possible EMI in the return traction current at the different traction systems of world railways and evaluate their influence on railway automatics. The following tasks were decided: comparing world power traction systems of railways and their automatics devices, estimating EMIs in the return traction current, and making conclusions for the future. The sources of external EMIs in the automatics and telecommunication circuits are very diverse: traction networks with harmonics and pulses, high-voltage power lines; lightning discharges, which have both dangerous and interfering effects under various conditions; and various industrial sources of electromagnetic fields (motors, generators, and welding units).
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电气化系统与铁路电磁干扰分析
本文对乌克兰、欧洲和英国铁路牵引电力系统和回流牵引电流中的电磁干扰(EMI)进行了研究和比较分析,并对回流牵引电流的频谱组成进行了实验评估。这封信的主要思想是确定世界铁路不同牵引系统回流牵引电流中可能存在的EMI,并评估其对铁路自动化的影响。确定了以下任务:比较世界铁路电力牵引系统及其自动化装置,估计回流牵引电流中的EMI,并为未来做出结论。自动化和通信电路中的外部EMI来源非常多样化:具有谐波和脉冲的牵引网络、高压电力线;雷电放电,在各种条件下具有危险和干扰作用;以及各种工业电磁场源(电动机、发电机和焊接装置)。
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2025 Index IEEE Transactions on Electromagnetic Compatiblity Practice and Applications Table of Contents Front Cover Editorial: Message From the Editor-in-Chief IEEE ELECTROMAGNETIC COMPATIBILITY SOCIETY
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