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What Are You Looking For?
The 1700W hydrogen fuel cell stack for drones represents a disruptive drone power solution. Its high energy density and rapid fuel replenishment address the urgent need for long flight time and high efficiency for industrial drones.
Brand :
RubriRated output power :
1000WDC/DC converter :
Optional （30VDC）Customization :
AvailableCooling :
Air CoolingMOQ :
1 setProduct Description
1700W Hydrogen Fuel Cell Stack for UAV
Ultra-Long Flight: The hydrogen fuel cell system extends the drone's flight time.
Quick Refueling: Replacing the hydrogen tank can be completed in 1-3 minutes, improving operational efficiency.
Excellent environmental adaptability.
High gravimetric energy density.
Environmentally friendly: The only reaction product is water, resulting in zero carbon emissions.
Weight does not change with battery charge: Hydrogen is stored in lightweight high-pressure cylinders, ensuring minimal system weight fluctuations during flight, without affecting flight attitude.
Specifications
|
1700W Hydrogen Fuel Cell |
|||
|
Rated Output power |
1700W |
Fuel cell type |
PEMFC |
|
Output voltage |
45VDC (optional) |
Cooling |
Air cooling |
|
H2 purity |
≥99.99% |
Working temperature |
0-42℃ |
Usage Scenarios
Power and oil pipeline inspection: Long-distance, large-scale automated inspections.
Surveying and mapping: Large-scale 3D modeling and mapping.
Security and public safety: Long-term aerial surveillance, border patrols, and emergency response.
Logistics and distribution: Medium- and long-distance material transportation.
Military applications: Long-endurance reconnaissance and communications relay.
PEM hydrogen fuel cell adopts Proton Exchange Membrane Technology to convert hydrogen and oxygen into water and electricity. A PEM fuel cell generates power without producing pollution or carbon emission.
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PEM hydrogen fuel cell adopts proton exchange membrane technology to convert hydrogen and oxygen into water and electricity. A PEM fuel cell generates power without producing pollution or carbon emission.
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Air cooled fuel cell adopts proton exchange membrane technology to generate power without producing pollution or carbon emission. The new energy fuel cell has a variety of application scenarios.
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The core goal of the 1000W hydrogen fuel cell stack designed specifically for drones is to achieve an optimal balance between high power density, lightweight, fast response, and strong environmental adaptability to address the core pain point of short flight range for multi-rotor and vertical take-off and landing (VTOL) drones.
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Designed specifically for UAVs, it provides a clean, stable, and long-lasting energy solution. Using advanced proton exchange membrane (PEM) technology, the battery stack offers advantages such as high energy density, rapid hydrogen refueling, and zero carbon emissions.
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The hydrogen fuel cell system (with the fuel cell stack as its core) designed for industrial-grade drones with a rated power of 1500 watts is suitable for professional fields with extreme requirements for flight time, operating efficiency and environmental adaptability.
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The 1700W hydrogen fuel cell stack for drones represents a disruptive drone power solution. Its high energy density and rapid fuel replenishment address the urgent need for long flight time and high efficiency for industrial drones.
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The 1800W hydrogen fuel cell stack specifically designed for drones is a high-performance benchmark in the current drone propulsion market. It's no longer a simple laboratory product, but a proven technology already deployed in a variety of demanding industrial scenarios. It represents a leap from "solving range anxiety" to "unleashing mission potential," providing more power for similar drones to cope with harsher environments.
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IPv6 network supported
