Against the backdrop of accelerated changes in the global energy landscape, the United Arab Emirates (UAE), a major traditional crude oil and natural gas producer, has taken a forward-looking approach to actively advance the transition to sustainable energy. Its ambitious development blueprint and solid implementation strides have garnered extensive global attention.
Project Highlights
Efficient Air-Cooled Design
Optimized exclusively for high-temperature environments, the system eliminates the need for complex water cooling structures and effectively reduces overall maintenance costs.
Plug-and-Play Deployment
The modular structure supports rapid on-site installation and commissioning, greatly speeding up the entire research and experimental process.
Dual-System Comparative Testing
Two fuel cell stacks operate in parallel for comparative experiments, delivering more accurate, stable and credible test data.
Application & Research Directions
- Hydrogen storage system compatibility testing
- Research on hybrid power supply systems based on renewable energy (photovoltaic / wind power)
- Analysis of fuel cell attenuation characteristics under variable load conditions
The fuel cell system is equipped with Newt Power DCFM-UD-0049-120 DC/DC power converter. Developed specifically for lightweight application scenarios such as UAVs and mobile power generation, this product features a power coverage range of 3–6kW, a maximum weight of 1.6kg, an ultra-high power density of 5kW/kg, and a peak conversion efficiency of up to 98.5%. Integrated with multiple professional control modes, the converter is fully compatible with the operating characteristics of hydrogen fuel cell systems, ensuring long-term, reliable and stable operation for UAVs, mobile power generation and other lightweight scenarios.
