Monitoring of Lightning Strikes and Evaluation of Energy Inflow on Substation Equipment

2019 IEEE International Conference on Environment and Electrical Engineering and 2019 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe) Pub Date : 2019-06-10 DOI:10.1109/EEEIC.2019.8783700

I. Ivanković, Goran Levačić, Alan Zupan

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Abstract

Transmission system operators encounter new dimensions in their business operations in recent years. Huge sets of data are collected in control room and new functionalities are created for both real time and off line operations. Data from lighting detection system in control room will be used in a new way in next to real time manner. Transmission line outages caused by lightning strikes are recognized in precise manner and archived in real time. With detailed value of each lightning, it will be researched how much energy from the strike inflows to substation. Special security perimeter with three kilometers distance from substations will detect strikes. Those strikes, dangerous for equipment inside substation will be examined. Detail model of 110 kV line are modeled and various scenarios are conducted. This study work will give insights about amount of energy inflow to substation and give guidelines for making this process an automated procedure in the future. Results from this work will be used in maintenance business process in company.

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雷击监测与变电站设备能量流入评估

近年来，输电系统运营商在业务运营中遇到了新的维度。在控制室收集了大量数据，并为实时和离线操作创建了新的功能。控制室照明检测系统的数据将以一种近乎实时的新方式得到利用。由雷击引起的输电线路中断可以精确识别并实时存档。通过对每次雷击的详细数值，研究有多少能量从雷击流入变电站。距离变电站三公里的特殊安全警戒线将探测到袭击。对变电站内设备有危险的罢工将进行检查。建立了110kv线路的详细模型，并进行了各种场景的模拟。这项研究工作将提供有关变电站能量流入量的见解，并为将来使这一过程成为自动化过程提供指导。本工作的结果将用于公司的维修业务流程。

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2019 IEEE International Conference on Environment and Electrical Engineering and 2019 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe)

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