HYBRID CONTROL OF GRID CONNECTED RENEWABLE ENERGY GENERATION SYSTEM

This project presents power control systems of a lattice joined hybrid generation system with adaptable power exchange. The system is the combination of photovoltaic (PV) array, wind turbine, and battery storage by means of a typical dc system. A supervisory control manages power generation of the individual segments to empower the hybrid system to work in the proposed methods of operation. A basic method utilizing a low-pass filter was presented for power averaging. A modified hysteresis-control procedure was connected in the battery converter. The reproduction and exploratory results were introduced to assess the dynamic execution of the hybrid system under the proposed methods of generation.