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Fault analysis of a distribution system embedded with plug-in electric vehicles

机译:插入式电动汽车的配电系统的故障分析

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One of the most promising ways to reduce NOX and SOX emissions due to conventional vehicles is to change our ways by use of plug-in electric vehicles (PEVs). However integration of large scale PEVs to the grid will create new problems especially at distribution network level. The research done on PEV charging impact shows that the secondary voltage is affected more significantly than the primary voltage which can affect the fault location process. Impacts on distribution system due to large scale integration of electric vehicle during fault condition have been studied in this work. To investigate the impacts on fault condition in distribution system due to PEV integration, the IEEE 34 node system with PEV charging station coupled to one of its node is used under single line to ground fault condition.
机译:减少传统车辆造成的NOX和SOX排放的最有前途的方法之一是通过使用插电式电动汽车(PEV)来改变我们的方式。但是,大型PEV集成到电网将带来新的问题,尤其是在配电网络级别。对PEV充电影响的研究表明,次级电压的影响比初级电压的影响更大,这可能会影响故障定位过程。这项工作研究了电动汽车在故障状态下的大规模集成对配电系统的影响。为了研究由于PEV集成而对配电系统故障状况的影响,在单线接地故障情况下使用了带有PEV充电站耦合到其节点之一的IEEE 34节点系统。

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