Integrating Wind and Solar Energy: Performance Evaluation of Hybrid Systems with Advanced Control

This study focuses on the integration of wind and solar energy sources to create hybrid power systems, with an emphasis on evaluating their performance through advanced control techniques. The increasing demand for sustainable energy solutions has driven the need for efficient utilization of renewable resources. Wind and solar energies, being prominent among these resources, offer substantial potential for power generation. The paper investigates the performance of hybrid systems that combine both wind and solar energy generation. These systems are designed to seamlessly switch between the two sources based on availability and prevailing environmental conditions. The integration is facilitated by advanced control mechanisms that ensure optimal power capture and distribution. The evaluation encompasses various aspects of performance, including efficiency, reliability, and grid adaptability. The hybrid system’s ability to handle fluctuating conditions and its response to grid perturbations are studied comprehensively. Furthermore, the influence of different control strategies on overall system performance is analyzed.