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Optimal Placement of GEV Aggregation in Smart Grid: An Evolutionary Computation Algorithm Approach

机译:智能电网中GEV聚合的最佳放置:一种进化计算算法方法

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Self-adaptive firefly algorithm (SAFA) is proposed for optimal placement of gridable electric vehicle (GEV) aggregation in smart grid in this paper. An objective function is developed to minimize power losses and maximize voltage profile. The load flow study is carried out on IEEE 33 bus test system and it is noted that timely placement of GEV aggregation in the power network will lead to reduction in the active/reactive power losses and improvement in voltage. The results are compared with other methods, and the proposed algorithm yields promising results.
机译:提出了自适应萤火虫算法(SAFA),以最佳地放置在本文中的智能电网中的可容纳电动车(GEV)聚集。 开发了一个客观函数以最大限度地减少功率损耗和最大化电压曲线。 在IEEE 33总线测试系统上执行负载流程研究,并注意到,在电力网络中及时放置GEV聚合将导致有效/无功损耗和电压的提高。 结果与其他方法进行比较,所提出的算法产生了有希望的结果。

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