This paper proposes a novel approach utilizing fuzzy logic control (FLC) to optimize the performance of hybrid photovoltaic (PV) and wind energy systems with energy storage. By dynamically adjusting the operation of PV and wind components, FLC ensures efficient power generation and storage utilization while maintaining system stability. Simulation results demonstrate significant improvements in system efficiency and reliability compared to traditional control methods. This research advances the integration of renewable energy by providing a promising approach to improve the performance of hybrid PV-wind systems with energy storage.