NUMERICAL MODELING OF AN ENERGY MANAGEMENT SYSTEM FOR A UAV DESIGN POWERED BY PHOTOVOLTAIC CELLS

Abstract

UAVs are increasingly used for tasks such as surveillance, monitoring, and inspection, but their effectiveness is limited by their energy storage and generation capacity. Therefore, optimizing the energy system of a solar-powered UAV is crucial to extend its range and duration, and numerical modeling can help achieve this goal. In this particular study, researchers focused on a solar-powered UAV with a 151 cm wingspan. They used three different energy sources to power the UAV, and then simulated its performance using numerical modeling. The aim was to find the optimal energy source for each stage of flight and ensure a steady and efficient power supply throughout the entire mission. The findings of this study have important implications for the development of new UAVs with exceptional performance