Evolutionary Algorithm based Controller Design for Grid tie Inverter to improve the Quality of Power System

Abstract

The core objective of this paper is to increase the overall efficacy of the inverter operation by designing a new controlling strategy by realizing a novel Monkey King Evolution Algorithm (MKEA). Providing an appropriate controller for grid connected inverter without affecting its output is the main motive of this work. During simulation, the effectiveness of the controller is investigated by the analysis of phase voltage, phase current, active power, reactive power, apparent power, grid voltage, and output voltage.