Vet Energy is one of the famous China 2000W Air Cooling Fuel Cell Stack for UAV manufacturers and suppliers. Our factory specializes in manufacturing of 2000W Air Cooling Fuel Cell Stack for UAV. We stick to the principal of quality orientation and customer priority, we sincerely welcome your letters, calls and investigations for business cooperation.
CHIVET is one of the famous China 2000W Air Cooling Fuel Cell Stack for UAV manufacturers and suppliers.
This hydrogen fuel cell stack for UVA is featured with 950w/kg power density.
Our lightweight, power-dense UAV fuel cell modules allow customers to bypass the constraints of traditional battery technology, significantly extending drone flight times and ranges while producing clean DC power in a robust and lightweight package
Our drone Fuel Cell Power Modules (FCPMs) are ideal for a wide range of professional commercial applications, including offshore inspection, search and rescue, aerial photography and mapping, precision agriculture and more.
2000W Air Cooling Fuel Cell Stack for UAV
1.Product Introduction
•This hydrogen fuel cell stack for UVA is featured with950w/kg power density.
•Operation on dry hydrogen and ambient air
• Robust metal Full cell construction
• Ideal for hybridisation with battery and/or super-capacitors
• Proven durability and reliability for
• Multiple configuration options providing modular and scalable solutions
• Range of stack options to fit different applicationrequirements
• Low thermal and acoustic signature
• Series and parallel connections possible
2000W Air Cooling Fuel Cell System
Fuel cell system includes: stack, power management unit, fan, solenoid valve, temperature sensor, temperature and humidity Sensor and control software
2kw Air Cooling Fuel Cell system Diagram
Structure diagram of Fuel Cell system
2.Product Parameter (Specification)
2.1 2000W Air Cooling Fuel Cell Stack Parameter
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This fuel cell stack is featured with 950w/kg power density. It can be used on light weighted, low power consumption applications or on portable power source. The small size does not limit it to small applications. Multiple stacks can be connected and scaled up under our proprietary BMS technology to support high power consumption applications. |
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H-48-2000 Parameters |
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Output Parameters |
Rated Power |
2000W |
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Rated Voltage |
51V |
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Rated Current |
39A |
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DC Voltage Range |
48-85V |
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Efficiency |
≥50% |
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Fuel Parameters |
H2 Purity |
≥99.99%(CO<1PPM) |
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H2 Pressure |
0.045~0.07Mpa |
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H2 Consumption |
28.5L/min |
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Ambient Parameters |
Operating Ambient Temp. |
-5~35℃ |
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Operating Ambient Humidity |
10%~95% |
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Storage Ambient Temp. |
-10~50℃ |
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Noise |
≤50 dB@3m |
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Physical Parameters |
FC Stack |
24.2(L)*14.9(W)*6.9(H) |
FC Stack |
2.1KG |
Dimensions(cm) |
Weight (kg) |
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System |
24.2(L)*15.5(W)*22.9(H) |
System |
3.7KG |
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Dimensions(cm) |
Weight(kg) |
(including fans and BMS) |
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Power Density |
800W/L |
Power Density |
950W/KG |
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by Volume |
by Weight |
2kw Stack polarization curve
2.2 Fuel cell system components
2.2.1 Key auxiliary components (BMS)--Fuel cell management system
The special power management system for hydrogen powered UAV stack can realize the remote control and information acquisition of fuel cell system. it can be intelligent hybrid with secondary battery, and also adaptive charge for secondary battery, It is a core technology in the field of fuel cell battery application.
2.2.1 Standard parameters of Chivet2022 fuel cell management system |
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Performance input |
Maximum input current at FC end |
80A |
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Maximum input voltage at FC end |
80V |
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Maximum input current of hybrid battery end |
80A |
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Maximum input voltage of hybrid battery end |
80V |
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Four channel temperature input end |
-60℃-150℃ |
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One channel ambient temperature and humidity input end |
-60℃-150℃,RH30~100% |
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Two channel pressure input end |
0-100MPa |
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Two channel speed pulse signal receiving end |
Used to measure the speed of the fan or pump |
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Performance output |
Hybrid output current |
Maximum 80A for long-term operation, instantaneous peak value150A(5min) |
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Maximum voltage of hybrid output end |
80V |
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Two PWM pulse width speed regulation output |
0 ~ 100% speed regulation, control cooling air Fan or cooling circulating pump. |
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One humidification power output |
Voltage 5V, maximum current 5A |
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One cooling fan power output |
Voltage 12V ~ 36V, maximum current 10A |
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Power output of one cooling circulating water pump |
Voltage 12V ~ 36V, maximum current 10A |
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Power output of one-way stack gas inlet solenoid valve |
Voltage 12V ~ 36V, maximum current 3A |
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Power output of one-way stack gas outlet solenoid valve |
Voltage 12V ~ 36V, maximum current 3A |
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External load power output |
Voltage 12V ~ 36V, maximum current 6A |
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Flight control power output |
Voltage 12V ~ 48V, maximum current 3A |
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Stand by power output port |
Maximum current 5A |
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Two communication ports |
485/TTL |
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Supporting software functions |
Display: fuel cell voltage, current, output power and temperature; Hybrid Electric Cell voltage, charge discharge current and output power; Total output power of the system; environment Temperature and humidity; Cooling fan speed; Pressure of hydrogen storage tank and gas pressure in battery power |
Constant current or fuel cell performance adaptive charging can be selected, and the maximum charging current is 25A (the charging module is equipped with cooling fan) |
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Control: gas inlet and outlet solenoid valves; Secondary battery charging mode and charging Current value, charging condition setting; Setting of cooling fan speed and temperature control conditions Fixed; Setting of cooling water pump speed and temperature control conditions; Gas pressure sensor |
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Environmental characteristics |
Working Temperature |
-45-60℃ |
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Humidity of working environment |
0-100% |
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Humidity of storage environment |
-75℃-75c |
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Physical parameters |
size |
160*120*45mm |
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Weight |
480g |
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2.2.2 Hydrogen storage bottle |
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Working pressure |
35MPa |
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volume |
12L |
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size |
D196*L532 |
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weight |
3.85KG |
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lifetime |
Inflate and deflate 500 times |
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2.2.3 Solenoid valve |
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Rated voltage |
DC24V |
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Rated current |
120+-15%mA |
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Pressure range |
0-90Kpa |
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power |
<2w |
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working temperature |
0C-55℃ |
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weight |
50g |
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lifetime |
Switch 100000 times |
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2.2.4 Cooling fan |
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Rated power |
57.6w DC48V/1.2A |
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working temperature |
-20℃-70℃ |
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speed |
14900R/min |
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size |
91*91*38mm |
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Rate of flow |
5.1m3/min |
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noise |
40dB |
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lifetime |
70000h/40℃ |
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2.2.5 Control system cooling small fan |
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Rated power |
1.44w DC24V/0.06A |
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speed |
5000R/min |
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size |
30*30*10mm |
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weight |
8g |
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noise |
16dB |
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lifetime |
28000h/40℃ |
Product application and working principle
Development of drone power pack that PEM fuel cell
(Operates at temperatures between -10 ~ 45ºC)
Our drone Fuel Cell Power Modules (FCPMs) are ideal provide power for a wide range of professional UAV commercial applications,including offshore inspection UAV, search and rescue UAV , aerial photography and mapping UAV , precision agriculture UAV and more.
Fuel cells use electrochemical reactions to produce electricity without combustion. Hydrogen fuel cells combine hydrogen with oxygen from the air, emitting only heat and water as by-products. They are more efficient than internal combustion engines, and unlike batteries, do not need recharging and will continue to operate as long as they are provided with fuel.
Our drone fuel cells are air-cooled, with heat from the fuel cell stack conducted to cooling plates and removed through airflow channels, resulting in a simplified and cost-effective power solution.
One of the main components of hydrogen fuel cell is graphiteBipolar plate. In 2015,VET entered the fuel cell industry with its advantages of producing graphite Bipolar plates.Founded company Miami Advanced Material Technology Co., LTD.
After years of research and development, vet have mature technology for producing air cooling 10w-6000w Hydrogen fuel cells,UAV hydrogen fuel cell 800w-3000w, As for the biggest energy storage problem of new energy, we put forward the idea that PEM converts electric energy into hydrogen for storage and hydrogen fuel cell generates electricity with hydrogen. It can be connected with photovoltaic power generation and hydropower generation.