Hybrid Energy System Simulation and Modelling Incorporating Wind, Solar, Battery and Fuel Cell Power

Abstract: Improving grid-interfaced hybrid generation systems' power transmission capabilities is the primary goal of this work. This hybrid system typically combines wind and solar energy sources. This research suggests the idea of maximum power tracking strategies to obtain the maximum and consistent output power from these renewable energy sources at any given moment. Direct Current (DC) to DC boost converter control is the primary function of this maximum power point tracking controller. Lastly, MatLab/Simulink simulation is used to observe the performance of this hybrid system based on Maximum Power Point Tracking (MPPT).