Distributed power flow controller based on fuzzy-logic controller for solar-wind energy hybrid system

The demand of electricity globally led to the concept renewable energy resources for power generation that are eco-friendly and freely available from nature. solar photovoltaic systems wind-based generators considered as primary called Distributed Generation units they scattered in These operated with bidirectional converters by providing auxiliary services at grid side load either mode microgrid operation. Besides, DC units’ integration gets converted into AC system means inverters. types not only increase voltage current harmonics, frequency deviations but also drive distribution risky operating zone. This emphasizes stipulation advanced control schemes architecture. Consequently, electronic introduce harmonics affect performance. To report these expanded issues, authors recognized an custom device entitled distributed flow controller. proposed hybrid solar-wind is first studied a power-flow Later examined replacing proportional integral controller fuzzy logic (FLC) shunt validate investigations, MATLAB/Simulink software used.