Operation overview

Fado Energy developed a next-generation proton-exchange membrane (PEM) fuel cell system designed for unmanned autonomous vehicles. The solution aims to significantly increase operational autonomy compared with conventional batteries, replacing polluting sources with clean energy and enabling silent, emission-free operation on extended missions and in demanding environments.

During implementation, embedding a fuel cell on board the drone proved unfeasible at this stage (size, hydrogen storage, weight and compatible drone). The solution evolved into a ground power unit fed by the fuel cell, which meets the core objective of extending vehicle autonomy – without relying on diesel generators and with no emissions on site. The project culminated in the construction and demonstration of a functional prototype (MVP) and in the creation of an associated line of products and services.

Objectives

• Build and validate a functional prototype (MVP) of a PEM fuel cell optimised for autonomous vehicles.
• Maximise autonomy and energy efficiency, with silent operation and zero emissions.
• Adopt a modular design, adaptable to different platforms (UAV, UGV and AUV).
• Prepare the commercialisation of the system and associated services: hydrogen supply, technical support and specialised training.

Results achieved

Fado Energy achieved the project’s main objective: creating its first proprietary technological product (MVP), setting itself apart from its consultancy activity. The hydrogen ground power unit was integrated and demonstrated in an operational environment, with a UAV (controlled flight) and a UGV B (outdoors), doubling autonomy compared with battery operation.