Optimal Selection of Voltage Sag Mitigating Devices Using Whale Optimization Algorithm for Small and Medium Sized Customers in Distribution System

Rituparna Mitra, Sadhan Gope, A. Goswami, P. Tiwari
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Abstract

Small and medium sized customers emerge and plays a pivotal role in modern times due to rapid urbanization. Small and medium customers are constituted by domestic user, big malls, hospitals, educational institutions, medium and small sized traders. This medium and tiny sector deserves uninterrupted hassle free and quality power for their daily run. Interruption in power distribution affects distributors' image, revenue lost (cost incurred for production of power is not recovered from clientele) can be eradicated by using the concept of placing voltage sag mitigating devices. Optimal selection of voltage sag mitigating devices is based on the parameters like capacity, size, cost and load factors (for specific placement of devices). Whale optimization algorithm has been applied as tool. Loss of energy/power is avoided culminating save of energy and economic gain.
基于鲸鱼优化算法的配电系统中小用户电压暂降缓解装置的优化选择
由于城市化的快速发展,中小型客户在现代社会中发挥着举足轻重的作用。中小客户主要由国内用户、大型商场、医院、教育机构、中小贸易商等组成。这个中型和小型部门值得不间断的无麻烦和高质量的电力为他们的日常运行。配电中断影响分销商的形象,收入损失(生产电力的成本不能从客户那里收回)可以通过放置电压凹陷缓解装置的概念来消除。电压暂降缓解装置的最佳选择是基于容量、尺寸、成本和负载因素等参数(用于设备的特定放置)。鲸鱼优化算法被用作工具。避免了能量/功率的损失,最终节省了能源和经济收益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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