Air-cooled PEM Fuel Cell Membrane Electrode Assemblies

  • Compact air-cooled MEA solution for simplified PEM fuel cell system integration.
  • Stable operation under dry-air and variable-humidity conditions.
  • Supports open-type and closed-type stack configurations.
  • Reliable power output with reduced dependence on external humidification and liquid-cooling systems.
  • Suitable for lightweight mobility, portable power, UAVs, and backup power applications.

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Air-cooled PEM Fuel Cell  Membrane Electrode Assemblies

  • The Air-cooled PEM Fuel Cell MEA is a core electrochemical component designed for PEM fuel cell systems that require compact structure, stable power output, and simplified balance-of-plant configuration. It is particularly suitable for applications where liquid-cooling and complex humidification systems are not preferred.
  • The F70 air-cooled MEA is engineered with optimized catalyst layers, proton exchange membrane interfaces, and gas diffusion pathways to support efficient hydrogen oxidation, oxygen reduction, proton transport, and water management under air-cooled operating conditions.
  • The product supports both open-type and closed-type air-cooled system designs. Under specified test conditions, it maintains stable voltage performance at rated current density and demonstrates strong tolerance to cathode humidity variations, making it suitable for practical operating environments with fluctuating ambient humidity.

Key Features

  • Stable Operation under Dry-air Conditions
    • Optimized for non-humidified or low-humidity operation, supporting stable performance under dry ambient air conditions.
  • Broad Humidity Adaptability
    •  Maintains reliable voltage output across a cathode humidity range of 0–70% RH, improving adaptability to different operating environments.
  • Open-type and Closed-type Compatibility
    • Applicable to open-type fan-driven air supply systems and closed-type air-cooled stack configurations according to customer system requirements
  • Reliable Rated Power Performance
    • Provides rated performance above 0.60 V at 1.0 A/cm² for open-type systems and above 0.65 V at 1.2 A/cm² for closed-type systems.

Technical Specifications

  Air-cooled PEM Fuel Cell MEA Series

Item

Open Type

Closed Type

Product Model

F70

F70

Type

Air-cooled MEA

Air-cooled MEA

Power Density

>0.60 W/cm² @ 1.0 A/cm²

>0.78 W/cm² @ 1.2 A/cm²

Performance at Rated Power

>0.60 V @ 1.0 A/cm²

>0.65 V @ 1.2 A/cm²

Temperature & RH Sensitivity

Stable operation under dry ambient conditions and 0–70% RH cathode humidity range

Stable operation under dry ambient conditions and 0–70% RH cathode humidity range

Application

  • Two-wheeled vehicles   

  • Light-duty mobility platforms Drones 

Contact us

  • Interested? Please fill in the RFQ/Inquiry form to get in touch with the Vendor.

 

Shanghai Tangfeng Energy Technology Co., Ltd.

Shanghai Tangfeng Energy Technology Co., LTD | www.Tangfengenergy.com

Founded in 2017, Tangfeng Energy was incubated from the scientific research achievements of Institute of Fuel Cells. Headquartered in Shanghai, China, it is a world-class supplier of membrane electrode assemblies (MEAs) and catalysts for fuel cells and water electrolysis.

Tangfeng Energy is committed to developing green, low-carbon energy and protecting the ecological environment. It continuously expands hydrogen application scenarios, with its fuel cell products widely deployed across diverse fields including road transportation, rail locomotives, heavy-duty trucks, energy storage power stations, backup power systems, low-altitude aircraft, hydrogen-powered E-Bikes, and residential/commercial combined heat and power (CHP) systems. With over 3.5 million pieces of MEAs sold globally, Tangfeng ranks first in China for cumulative installed capacity.

Based on the core foundational expertise accumulated in fuel cells over years, Tangfeng energy has established a complete product layout in the proton exchange membrane (PEM) water electrolysis, developed core raw materials and components for high-purity hydrogen production, and launched high-performance, highly reliable MEAs for water electrolysis. With leading core indicators in the industry, these products enable applications matched to various scenarios such as energy storage, ammonia/methanol synthesis, and aviation fuel production.

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