Hybrid Energy Generation System using Solar Wind Combined System and Synchronization with Normal Supply

Hybrid energy production systems combining solar and wind energy have gained popularity in recent years. These systems offer several advantages over stand-alone solar or wind systems, including greater reliability, better efficiency, and better power generation capabilities. This topic explores the design principles and essential components of solar-wind hybrid systems, focusing on their integration and synchronization with a conventional energy source. Designing an efficient and reliable solar-wind hybrid system requires careful consideration of various factors. These factors include local climate, available resources, energy demand and system capacity. These systems are classified according to different criteria. It provides a brief overview of the current state of their design, modeling, simulation and optimization. A corresponding analysis was also performed. In short, a summary of the future directions of research and development was made. This study reports on an energy and economic analysis of a hydrogen tank electrolytic energy storage system, solar modules, wind turbines, and fuel cells used in a hybrid power generating system (HPGS). Real measurement data for three distinct household loads, local solar radiation, and local wind speed were used to conduct the analysis.