Paper Title
Hydrogen Fuel Cell for Electric Aircraft

Abstract
This paper proposes the use of gorilla troop optimization, ant colony optimization and particle swarm optimization algorithms to enhance the efficiency of electric aircraft's hydrogen fuel cells, Li-ion batteries, and ultra capacitors. The aim is to decrease the utilization of hydrogen and improve the flight duration of the aircraft. The study takes into account the dynamic performance of each component and the flight mission profile. Simulation obtained using MATLAB demonstrate the effectiveness of the proposed optimization approach, showing a reduction in hydrogen usage while maintaining the required performance. The study provides insights into the potential of using multiple energy storage devices and advanced optimization algorithms for sustainable aviation. Keywords - Electric Airplanes, Hydrogen Fuel Cell, Energy Management Strategy (EMS)