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200 kW PEM Fuel Cell Stack – C350
- PEM fuel cell carbon stack with 30 to 200 kW nominal power
- The most compact and robust graphite bipolar plates
- New design, based on a proven, reliable previous industrial stack
- Has successfully passed proof-of-concept testing and is ready for production
- Operation possible at low air pressure for higher system efficiency
The new design, based on a proven, reliable previous industrial stack, has successfully passed proof-of-concept testing and is ready for production. This rapid development minimizes risk and ensures a quick time to market. We anticipate a manufacturing start within months, pending your interest.
- Expert in PEM fuel cell stack, Axane designs and develops stacks and systems based on PEM technology (proton exchange membrane).
- Axane specializes in the design of fuel cell systems and stacks, the sub-assemblies of fuel cells.
- With 20 years of expertise, Axane meets the needs of the stationary energy and hydrogen mobility markets, including automotive, cinema, logistics, telecommunications, marine, aeronautics, and aerospace.
- A 100% Air Liquide team, Axane leverages the Group’s expertise in the hydrogen sector, applying its unique global vision to design and develop innovative and customized solutions.
- The work meets the demanding technical specifications and needs of its customers.
Key Features
- Any cell count up to 200 kW : wide range of power with same design & components
- In air mode, ideal for stationary, portable and light mobility applications
- Can operate in pure oxygen mode, ideal for all anaerobic conditions
- High cell surface power density in air mode > 1.20 W/cm² @ Ucell > 0,6 V
- Dry air mode possible: no need for humidifier, low-cost system
- Operation possible without H2 recirculation: no H2 pump, system more reliable, efficient and cheaper
- Operation at low air pressure possible (down to atmospheric pressure + Pressure drops): higher system efficiency
- Operation in vertical or horizontal positions possible: high flexibility system integration
- Same technology than the one with long proven life time > 20.000 hours of operation
- Reusable plates: significant maintenance savings
Stack Specifications
- Stack width: 482 mm
- Stack height:183 mm
- Stack length air mode: 900 mm for 200 kW (300 cells)
- Extr. Elets length: 71.5 mm
- Cell pitch: 2.25 mm
- P cell nom: 420 W/cell
Key Benefits
- Reduce project lead times and time to market: Our teams focus on the technical development of fuel cells, so you can focus on the application of the final product.
- Reduced development costs: Our expertise in the development of stacks and systems means we can handle your specific request, mobilizing a technical and specialized field of expertise.
- Relevant identification of the supply chain: You benefit from our selection of the best suppliers. We evaluate your logistic needs according to the set objective (quality, price, production volume).
- Selection of technologies in full control: We choose suitable technologies and develop these in accordance with your strategic challenges.
- Prowess in hydrogen safety by a recognized industrial player
- Integration in the hydrogen energy ecosystem: We guarantee access to hydrogen for end-users.
Contact us
- Interested? Please contact Axane by filling in the RFQ or Contact Vendor form.
| Brand | Air Liquide |
| Type of Cooling | |
| Type of Fuel Cell | PEM |
| Fuel | H2, 02, Air |
| Cell Count | 300 |
| Fuel Quality Grade | ISO 14687-2 |
| Max Pressure (in bar) | |
| Min Pressure (in bar) | |
| Hydrogen Supply Pressure (in bar) | |
| Nom. Tank Pressure (in bar) | |
| Max Outlet Pressure (bar) | |
| Nom Power (in kW) | 200 |
| Max Power (in kW) | 125 |
| Min Power (in kW) | 30 |
| Nom Output Voltage (in V) | |
| Max Output Voltage (in V) | 276 |
| Min Output Voltage (in V) | |
| Max Input Voltage (in V) | |
| Max Bridging Time (in hrs) | |
| Max Current (in A) | 670 |
| Electronic Control Interface | |
| Electrical Efficiency (in%) | |
| Geometrical Volume (in L) | |
| Volume Water equival. (in L) | |
| Ingress Protection Rating | |
| Max Fuel Consumption (kg/h) | |
| Manufacturing Readiness (MRL) | 2 |
| Technology Readiness (TRL) | 2 |
| Efficiency incl. CHP (in %) | |
| Compliant with | CE |
| Operating Efficiency (in %) | |
| Max Ambient Temperature (in °C) | |
| Min Ambient Temperature (in °C) | |
| Max Operating Altitude (in m) | |
| Max Ambient Humidity (in % r.H.) |
AXANE - Air Liquide Advanced Technologies
Axane is a division of the worldwide Air Liquide company. With 20 years of expertise in product developments, it specializes in the design and manufacturing of industrial, best in class fuel cell stacks, standard or customized. Axane has been developing fuel cells and systems for all market requirements : hydrogen mobility, automotive, marine, aeronautics, aerospace, and stationary energy supply. Axane's teams can address all major phases of a product development, from design, prototyping, and industrialisation, to production and operation.
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