Design And Implementation Of A Fuzzy Logic Based AC Line Feeder For UAV Power Systems

This paper describes a design and implementation for a Fuzzy Logic-Based AC Line Feeder for UAV power system addressing the other challenges such as dynamic load variation, voltage stability, and power quality. The proposed solution incorporates fuzzy logic control components to maintain proper voltage and current regulation that results in efficient power transfer operations under unstable conditions. MATLAB/Simulink simulations demonstrate sufficient favourable results that prove the proposed system provides better voltage regulation and minimal harmonics than alternative methods. The functioning prototype demonstrates that the proposed design can be implemented in practice. The system enhances UAV power system reliability along with operational adaptability and efficiency while making it operational in tough conditions.