首页> 外文会议>2011 IEEE Electric Ship Technologies Symposium >An examination of mutual influences between high-voltage shore-connected ships and port earthing systems during phase-to-ground faults
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An examination of mutual influences between high-voltage shore-connected ships and port earthing systems during phase-to-ground faults

机译:在相接地故障期间检查高压岸上船舶与港口接地系统之间的相互影响

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High Voltage Shore Connection (HVSC) is a technical solution to supply ships at berth in an economic way while reducing air pollution in city ports. When multi-MW HVSC installations are to be exercised, electric power has to be delivered to the port from a HV line at voltages higher than 100 kV. In this case, large earth fault currents can arise on the HV side, flowing through the port earthing system and the bonded ship hulls. Due to these faults, possible dangerous voltage gradients in sea water around bonded ship hulls may occur. These phenomena are investigated in this paper, so to identify possible safety issues in some given scenarios.
机译:高压岸电连接(HVSC)是一种技术解决方案,可以经济地向泊位提供船舶,同时减少城市港口的空气污染。当要进行多兆瓦HVSC安装时,必须以高于100 kV的电压从HV线路向端口输送电力。在这种情况下,在高压侧会产生大的接地故障电流,流过端口接地系统和粘结的船体。由于这些故障,粘结的船体周围的海水中可能会出现危险的电压梯度。本文对这些现象进行了研究,以便确定某些给定情况下可能存在的安全问题。

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