Long-duration hydrogen fuel cell drone
Fuel cell UAV, using fuel cell-lithium battery electric hybrid architecture, equipped with lightweight high-pressure hydrogen storage bottles, full load life of up to 3 hours. Fuel cell UAV is a combination of new energy technology and aviation science and technology, and is the direction of green aviation development in the future. It can be applied to agriculture, forestry and plant protection, UAV aerial photography, survey scene, long-term inspection, etc. The product has the characteristics of high efficiency and reliability, long endurance, wide working temperature range, low noise, and has obvious advantages over traditional aero-engine/lithium battery drones.
Efficiency
The highly integrated modular fuel cell system has the advantages of high energy density, light weight and high efficiency conversion.
Reliable work
It has the characteristics of long sailing time, wide working temperature range and low noise.
Durability and Convenience
The endurance is significantly improved to meet the demand for long-term aerial photography and continuous mission execution. To achieve rapid charging, greatly improve work efficiency.
Parameter Table
|
Endurance (min) |
Fueling/charging time (min) |
Energy density (Wh/kg) |
Working environment temperature (℃) |
|
>180 |
<3 |
>800 |
-30~45 |
Summary
Fuel cell UAV, using fuel cell-lithium battery electric hybrid architecture, equipped with lightweight high-pressure hydrogen storage bottles, full load life of up to 3 hours. Fuel cell UAV is a combination of new energy technology and aviation science and technology, and is the direction of green aviation development in the future. It can be applied to agriculture, forestry and plant protection, UAV aerial photography, survey scene, long-term inspection, etc. The product has the characteristics of high efficiency and reliability, long endurance, wide working temperature range, low noise, and has obvious advantages over traditional aero-engine/lithium battery drones.