Drone Energy Management

Hossein Dehnavifard leveraged his expertise in battery management systems (BMS) and power electronics to design an advanced energy system for small drones in this R&D project. The objective of the project was to increase the drone's capability to stay airborne for up to 8 hours, providing crucial support for military vehicles such as cars and trucks. These drones would be used to patrol and protect military convoys from roadside traps or ambushes by rebels, enhancing security during operations.

Leading the concept phase, Hossein focused on optimizing power conversion systems to enhance energy efficiency using sophisticated BMS algorithms. He integrated lightweight batteries with energy recovery systems to ensure extended flight durations while minimizing system weight.

During the implementation phase, Hossein spearheaded the prototyping of power management hardware and software. He performed in-depth testing of control strategies and implemented real-time algorithms in C++ to ensure robust system performance. The validation process involved extensive simulations and field testing to ensure the system operated efficiently under various environmental conditions. Through iterative simulations, Hossein refined the energy management processes, ensuring optimal performance. His work ultimately paved the way for a reliable, high-performance solution that significantly enhanced the operational capabilities of small drones, enabling them to support critical military operations.