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首页> 外文期刊>Advanced Research in Electrical and Electronic Engineering: AREEE >Voltage Profile Improvement using Distributed Generation in 33-bus and 69-bus RDS by Flower Pollination Algorithm and Sensitivity Factor
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Voltage Profile Improvement using Distributed Generation in 33-bus and 69-bus RDS by Flower Pollination Algorithm and Sensitivity Factor

机译:通过花授粉算法和敏感性因子,使用33总线和69母线RDS中的分布式发电的电压曲线改进

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摘要

ZJn distribution systems minimization of active power loss is very essential to raise the overall efficiency of power system. This article presents a method of reducing the loss by placing distribution generation. In this paper a two stage methods have been proposed for optimal allocation of distribution generation in a radial distribution system. In first stage loss sensitivity factor is used to calculate the location and secondly the flower pollination algorithm is to find the optimal size of distribution generation .The proposed method is tested on 33-bus and 69-bus system and results are obtained by simulation.
机译:ZJN分配系统最小化有源功率损耗对于提高电力系统的整体效率至关重要。 本文介绍了通过放置分配生成来降低损失的方法。 本文已经提出了一种用于径向分布系统中分布产生的最佳分配的两个阶段方法。 在第一阶段损失敏感性因子中用于计算位置,其次是花授粉算法是找到分布生成的最佳尺寸。所提出的方法在33总线上进行了测试,并通过模拟获得了69个总线系统和结果。

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