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Determination of DG Allocation for Minimizing Annual Grid Energy Transaction

机译:最小化年电网能源交易的DG分配确定

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The integration of distributed generation (DG) units in power distribution network has become progressively imperative in recent years. The main goal of this paper is to decide the optimal number, size and location of DG units to reduce annual grid energy transaction. An optimal DG placement (ODGP) denotes obtaining the best possible location of the DG along with its size on the transmission line without causing any disturbance to the system. Optimal integration of DG in distribution grid is one of the important and effective options. Optimal allocation with a suitable sizing of DG units plays an efficient role in terms of improving voltage profile and power quality, reduce flows and system losses. The implemented technique is based on particle swarm optimization (PSO) for optimal allocation of DG unit in power systems. The proposed algorithm has been tested on IEEE 33 bus standard radial distribution system (DS) in MATLAB programming environment.
机译:近年来,配电网络中分布式发电(DG)单位的集成变得逐渐迫切。本文的主要目标是决定DG单位的最佳数量,大小和位置,以减少年度网格能源交易。最佳DG放置(ODGP)表示DG的最佳位置以及其尺寸在传输线上的尺寸,而不会对系统产生任何干扰。 DG在分发网格中的最佳集成是重要且有效的选择之一。在改善电压曲线和功率质量方面,具有合适尺寸的优化分配在提高电压曲线和功率质量方面起着有效的作用,减少流量和系统损耗。实现技术基于粒子群优化(PSO),以便在电力系统中的DG单元的最佳分配。在MATLAB编程环境中对IEEE 33总线标准径向分布系统(DS)进行了测试的算法。

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