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The Optimal Loss Reduction of Distribution Feeder Based On Special Distribution Transformers Reconnection Using Genetic Algorithm

机译:基于遗传算法的专用配电变压器重联的配电网最优减损耗。

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Many utility companies containing of Taiwan Power Company(TPC) used the open wye-open delta (OYOD) transformers to serve various customers. That causes the phase unbalance which is one of the prime reasons of ground relay tripping and extra line loss in the distribution system. Load reconnection, feeder reconfiguration and capacitor placement are common methods used to balance load or minimize power loss. The purpose of this paper is to reduce power loss by means of load reconnection of the prime phase sequence of the OYOD transformers was used. The Genetic Algorithms(GAs) has been implemented for solving the optimal problem. Practical examples of TPC demonstrate that the proposed method is effective and available.
机译:包含台湾电力公司(TPC)的许多公用事业公司都使用开放式星形-三角型(OYOD)变压器为各种客户提供服务。这会导致相位不平衡,这是接地继电器跳闸和配电系统中额外的线路损耗的主要原因之一。负载重新连接,馈线重新配置和电容器放置是用于平衡负载或最大程度降低功率损耗的常用方法。本文的目的是通过使用OYOD变压器的主要相序进行负载重新连接来减少功率损耗。遗传算法(GAs)已被用于解决最优问题。 TPC的实际示例表明,该方法是有效且可用的。

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