Gravitational search algorithm based approach for optimal reactive power dispatch

M. Babu, M. Lakshmi
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引用次数: 9

Abstract

This paper presents the solution for Optimal Reactive Power Dispatch problem(ORPD) using Gravitational Search Algorithm(GSA). ORPD is a Multi-Objective Optimization Problem which consists of the following objectives: Minimization of real power loss, Minimization of total voltage deviation and Minimization of voltage stability indicator. The Proposed GSA Algorithm is used to find the optimal settings of control variables such as Generator Voltages, Transformer Tap settings and Reactive power output of Shunt Capacitor. In this study, GSA is tested in an standard IEEE 14 and IEEE 30 bus system with different test cases such as Minimization of Real Power Loss, Minimization of total voltage deviation, Minimization of Voltage Stability Indicator.
基于引力搜索算法的无功优化调度方法
提出了用引力搜索算法求解最优无功调度问题的方法。ORPD是一个多目标优化问题,它包括三个目标:实际功率损耗最小、总电压偏差最小和电压稳定指标最小。提出的GSA算法用于寻找发电机电压、变压器分接设置和并联电容器无功输出等控制变量的最优设置。本研究在标准的IEEE 14和IEEE 30总线系统中对GSA进行了测试,测试用例包括实际损耗最小化、总电压偏差最小化、电压稳定指标最小化。
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