Design and Performance Analysis of a Hybrid Inverter for Solar and Wind Energy System

Abstract

This paper focuses on the design and implementation of a hybrid inverter for solar and wind energy systems, aimed at enhancing renewable energy utilization. The inverter integrates power from both sources, optimizing energy conversion and ensuring efficient delivery to the load or grid. Advanced power electronics and control strategies are employed to manage the variable inputs from solar panels and wind turbines. The system is designed to provide seamless operation, including energy storage management and grid synchronization. Emphasis is placed on maximizing efficiency, reliability, and cost-effectiveness. Real-time monitoring and adaptive algorithms enhance performance under varying environmental conditions. The project also includes hardware prototyping and testing to validate the design's functionality and robustness. This hybrid inverter serves as a sustainable solution for decentralized renewable energy systems, contributing to global energy needs.