Behavioral Study of Three-Phase Stand-Alone Asynchronous Generator for Single-Phase Power Supply

Today, a challenging task for the researchers is to develop superior and effective problem solving techniques in tackling the complicated real-world problems. In this paper, Harris Hawks Optimization (HHO) algorithm which is a nature-inspired, population-based, very efficient optimization technique, has been utilized to solve an electrical engineering problem regarding the investigation of the steady-state behavior of a three-phase stand-alone asynchronous generator (SAG) delivering single-phase power. The symmetrical component theory has been employed to model the system. A comparison has been carried out between HHO and other algorithms. The theoretical analysis and the simulated results have been authenticated by developing an experimental setup in the laboratory.