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Fuel Cell H2/O2/Air

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Fuel Cell H2/O2/Air Specification

Purity
99.999% (Hydrogen/Oxygen)

Product Type
PEM Fuel Cell (Hydrogen/Oxygen/Air)

Material
Polymer, Platinum, Steel

Alloy
Stainless Steel Components

Shape
Rectangular

Moisture
0% (Dry)

Chemical Composition
Polymer Electrolyte Membrane, Platinum Catalyst, Stainless Steel

Application
Energy Power Generation, Laboratory Testing, Educational Demonstration

Dimension (L*W*H)
120mm x 80mm x 40mm

Color
Silver and White

Power Rating
10W (Standard Cell)

Maximum Current
12A

Catalyst Loading
0.5 mg/cm² Platinum

Mounting
Panel or Bench-top

Weight
800 grams

Connection Type
Copper Connectors

Electrolyte Type
Proton Exchange Membrane

Stack Size
Customizable

Operating Temperature
20°C - 60°C

Fuel
Hydrogen (H2), Oxygen/Air

Humidification Requirement
External Humidification Required

Cell Efficiency
Up to 60% (under optimal conditions)

Voltage Output
0.7V - 1V (per cell)

Fuel Cell H2/O2/Air Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
North America, South America, Eastern Europe, Middle East, Central America, Asia

Main Domestic Market
All India

Fuel Cell H2/O2/Air About

Fuel CellH2/O2/Air

Brand: H-TECEducation
Product Code: 1071028

Description:

H-TEC's PEM Fuel Cell H₂/O₂/Air canbe operated in two modes: (1) Hydrogen and Oxygen and (2) Hydrogen and Air.

This Proton Exchange Membrane (PEM) fuel cell produceselectricity by using hydrogen and oxygen gas (or atmospheric oxygen). Itsonly by-products are water and heat.

With the Fuel Cell H₂/O₂/Air,you have the option of operating the cell in air-breathing mode (Hydrogen andAir mode) simply by removing the stopper. When operating with atmosphericoxygen (air), the power of the cell is somewhat lower than when operating withpure oxygen (Hydrogen and Oxygen Mode). When dealing with larger fuelcell systems running your fuel cell on Atmospheric Oxygen (Air) versuspure Oxygen allows for an easier and cheaper overall operation!

Fuel Cell H2/O2/Air, F103 - TechnicalSpecifications:

Power in Hydrogen andOxygen Mode: 900 mW
Power in Hydrogen and Air Mode: 300 mW
Electrode Area: 2.9 cm
Generated Voltage: 0.45 - 0.96 V DC
Dimensions (H x W x D): 2.0" x 2.0" x 1.6" (51 x 51 x 41 mm)
Weight: ~2oz (58 g)

Efficient Power Generation with Advanced Technology

Harnessing hydrogen and oxygen inputs, this fuel cell delivers reliable power at 10W output. Its proton exchange membrane design and platinum catalyst ensure optimal performance with an efficiency of up to 60%. Tailored for scientific research and demonstration, the unit offers flexibility in installation and easy operation for diverse applications.

Customizable and Versatile Design

Available for panel or bench-top mounting, this rectangular silver and white fuel cell features copper connectors and customizable stack sizes. It incorporates durable stainless steel and polymer components, supporting various connection setups suited for laboratory, educational, or small-scale energy projects.

FAQ's of Fuel Cell H2/O2/Air:

Q: How does the Fuel Cell H2/O2/Air module generate power?

A: The fuel cell utilizes hydrogen and oxygen (or air) as fuel, with a polymer electrolyte membrane facilitating ion exchange and platinum catalyst driving the chemical reaction, producing electricity with up to 60% efficiency.

Q: What applications can this fuel cell be used for?

A: It is designed for energy power generation, laboratory testing, and educational demonstration, making it suitable for scientific research and teaching purposes in academic and industrial settings.

Q: When is external humidification required for optimal operation?

A: External humidification is necessary during operation to maintain the proper moisture level in the proton exchange membrane, which ensures peak cell performance and longevity.

Q: Where can I mount the fuel cell module?

A: The module can be mounted on a panel or used as a bench-top unit, offering flexibility for different installation environments such as laboratories or demonstration setups.

Q: What are the purity requirements for hydrogen and oxygen used in this fuel cell?

A: The fuel cell requires hydrogen and oxygen with a purity of 99.999% to achieve optimal efficiency and prevent contamination that could degrade performance.

Q: What benefit does the platinum catalyst provide in this fuel cell?

A: Platinum acts as an effective catalyst, improving reaction rates and maximizing energy conversion efficiency, which is essential for reliable and consistent power output.

Q: How do I connect the fuel cell in my application?

A: The module features copper connectors that facilitate easy and secure integration into your existing power systems or experimental setups, supporting both customizable stack sizes and electrical connections.

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