A Novel Controller for Microgrid Interactive Hybrid Renewable Power Sources

In this paper, a self-sufficient electric power generation is proposed by using hybrid renewable sources like solar and wind turbines to favor smart green environment. This distributed unit connected the grid through an 3Φ inverter. The drawn from stored in batteries transfer during non-availability of sources. standalone conversion storage system are developed electronic converters controllers ensure balanced flow operation. A PI (Proportional Integral) controller utilized for generating PWM (Pulse Width Modulation) pulses side converter. GWO (Grey Wolf Optimization) optimized used control PV (Photovoltaics) SEPIC (Single-Ended Primary-Inductor Converter) improvising transient response system. generated interfaced with three phase inverter, which controlled dq (Direct-axis Quadrature-axis) theory. quality problems effectively eliminated converters. Thus, continuous stable fed into approach. An automatic enabled easy modeled MATLAB prototype verify simulation results.