Current unbalance reduction in three-phase systems using single phase PHEV chargers

Julian A. Fernandez, Seddik Bacha, Delphine Riu, H. Turker, Marc Paupert
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引用次数: 25

Abstract

A method to reduce the current three phase unbalance using single phase Plug-in Hybrid Electric Vehicle (PHEV) chargers is presented in this paper. A reduction in the voltage unbalance has been achieved as a consequence of the mitigation of the current unbalance. The method performs the reactive power management on the PHEV charger in order to reduce the unbalance factor without affecting the battery charging time or charging power. The method works under restrictions to preserve the voltage quality. A simulation on Matlab-Simulink® of a three phase housing group with power profiles, initial states of charge, charging start time and PHEV category randomly selected is presented. A reduction of 50 % at some times in the day is illustrated.
使用单相插电式插电式充电器减少三相系统的电流不平衡
提出了一种利用单相插电式混合动力汽车(PHEV)充电器减少电流三相不平衡的方法。电压不平衡的降低是由于电流不平衡的缓解而实现的。该方法对插电式混合动力充电器进行无功功率管理,在不影响电池充电时间和充电功率的前提下减少不平衡因素。该方法在一定的限制下工作,以保持电压质量。在Matlab-Simulink®上对随机选择功率分布、初始充电状态、充电开始时间和插电式混合动力类型的三相壳体组进行了仿真。在一天中的某些时候,减少了50%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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