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Voltage Profile Improving And Peak Shaving Using Multi-type Distributed Generators And Battery Energy Storage Systems In Distribution Networks

机译:配电网中使用多种类型的分布式发电机和电池储能系统改善电压曲线并削峰

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Optimal sizing and siting of distributed generation (DG) units play an important role for improving voltage profile and reducing power losses. Moreover, battery energy storage system (BESS) units may help peak shaving. This paper presents a two stage approach, first of which aims optimal DG unit allocation, and second aims to determine optimal location and operation of BESS units. The problem formulation adopted due to the regulations in Turkey that supports DG units (Photovoltaics-PVs and Wind Turbines-WTs) with maximum unit size of 1 MW. A recently developed heuristic optimization method named as Harris hawks optimization (HHO) algorithm is used for obtaining near optimal solutions. We tested the developed model by using 33 and 141 bus distribution test systems.
机译:分布式发电(DG)单元的最佳尺寸和位置对改善电压分布和减少功率损耗起着重要作用。此外,电池能量存储系统(BESS)单元可能有助于削峰。本文提出了一种两阶段的方法,其第一目标是优化DG单元的分配,第二目标是确定BESS单元的最佳位置和操作。根据土耳其的法规,采用了问题解决方案,该法规支持最大装机容量为1 MW的DG装置(光伏-PV和风力涡轮机-WT)。最近开发的一种启发式优化方法,称为哈里斯霍克霍克斯优化(HHO)算法,用于获得近似最优解。我们使用33和141总线分配测试系统测试了开发的模型。

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