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Design practice for the earthing system of the 400 kV gas insulated switching station at Lavrion

机译:Lavrion 400 kV气体绝缘开关站接地系统的设计实践

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The paper presents the situation of the gas insulated 400 kV switching station at Lavrion of Public Power Corporation, Greece as a part of a power station expansion project and gives details of the ground grid design. Although the ground grid design was carried out according to the American Standard IEEE 80 "Guide for safety in AC substation grounding", there is a cross reference to the German Standard DIN VDE 0141 "Earthing systems for power installations with rated voltages above 1 kV" and the upcoming European Standard EN 50179 "Erection of electrical power installations in systems with nominal voltages above 1 kV AC". Besides the analysis of soil resistivity and the selection of conductor sizes, the determination of fault current distribution in the grounding system is a key step for the design of an effective and economically feasible grounding system. Finally, the test procedure for verification of effectiveness of the earthing system after completion of erection is given.
机译:本文介绍了公用电力公司Lavrion,希腊作为电站扩建项目的一部分的气体绝缘400 kV开关站的情况,并提供了地面网格设计的细节。虽然接地网格设计根据美国标准IEEE 80“在AC变电站的安全装置”指南“,但是德国标准DIN VDE 0141的交叉引用,用于电源安装的额定电压以上1 kV”而即将到来的欧洲标准EN 50179“在1 kV AC上方具有标称电压的系统中的电力安装”。除了分析土壤电阻率和导体尺寸的选择外,接地系统中的故障电流分布的确定是设计有效且经济上可行的接地系统的关键步骤。最后,给出了勃起完成后接地系统的有效性的测试程序。

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