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Double Fuel Cell H2/O2/Air

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Double Fuel Cell H2/O2/Air Specification

Hardness
NA (Non-metallic Electrochemical Device)

Purity
99.99% (Hydrogen/Oxygen) supplied, Fuel Cell Grade

Strength
Robust Stack Structure, Varies by Membrane Material

Product Type
Double Electrolyte Fuel Cell (H2/O2/Air)

Material
PEM, Graphite, Platinum, Polymer Casing

Alloy
Non-alloyed, Composite Electrochemical Assembly

Shape
Rectangular Stack/Module

Moisture
Requires Humidified Gas Inputs for Optimal Operation

Chemical Composition
Proton Exchange Membrane (PEM), Platinum Catalyst, Graphite Plates, High Grade Polymer

Application
Laboratory Demonstration, Education, R&D, Renewable Power Generation

Dimension (L*W*H)
120mm x 80mm x 50mm (typical, varies with manufacturer)

Color
Silver/Transparent with Black Electrodes

Operating Voltage
0.9V - 1.2V per cell (open circuit)

Life Span
>1000 operational hours (with correct handling)

Mounting Type
Bench-top/Lab Setup

Electrode Material
Platinum (Pt) Coated

Gas Input
Hydrogen (H2), Oxygen (O2) or ambient Air

Operating Temperature
20°C to 60°C (typical)

Membrane Thickness
Typically 50-175 microns

Maximum Output Power
Up to 2W (under standard test conditions)

Number of Cells
2 (Double Cell Configuration)

Humidification Requirement
External Humidifier Recommended

Weight
Approx. 350g (varies by build and enclosure)

Connection Ports
Gas Inlet/Outlet for H2 and O2/Air, Electrical Terminals

Double Fuel Cell H2/O2/Air Trade Information

Payment Terms
Paypal

Delivery Time
25 Days

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

Main Domestic Market
All India

Double Fuel Cell H2/O2/Air About

Double FuelCell H2/O2/Air

Brand: H-TEC Education
Product Code: 1071029

Description:

H-TEC's DoubleFuel Cell H₂/O₂/Air can be 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 Double Fuel Cell H₂/O₂/Air, you have the optionof operating the cell in air-breathing mode (Hydrogen and Air mode) simply byremoving the stopper. When operating with atmospheric oxygen (air), thepower of the cell is somewhat lower than when operating with pure oxygen(Hydrogen and Oxygen Mode). When dealing with larger fuel cell systemsrunning your fuel cell on Atmospheric Oxygen (Air) versus pure Oxygen allowsfor an easier and cheaper overall operation!.

Double Fuel Cell H2/O2/Air, F104 - Technical Specifications:

Power in Fuel Cell H2/O2 Mode: 1 W

Power in Fuel Cell H2/Air Mode: 300mW

Dimensions (H x W x D): 2.2" x 1.6" x 2" (56 x 42 x 40 mm)

Weight: 2.1 oz (60 g)

We have different configuration products for the same. Please you can directly call us to Dr. Arup: 8452810712.

Advanced Double Cell Performance

The innovative double-cell configuration allows for increased power and system efficiency in a compact form. Designed for seamless laboratory integration, this fuel cell delivers reliable voltage and up to 2W of power output, making it suitable for experiments and prototype renewable energy solutions.

Robust and Reliable Construction

Engineered with a proton exchange membrane (PEM), platinum-coated electrodes, and a durable composite stack, this double fuel cell ensures longevity and operational stability. With a lifespan exceeding 1000 operational hours when properly handled, it is ideal for repeated educational demonstrations and rigorous R&D environments.

Versatile Applications

This fuel cell's modular design, requiring only hydrogen and oxygen (or air) inputs and straightforward humidification, is tailor-made for use in educational, laboratory, and light renewable power projects. Its compact, benchtop format makes setup easy for a broad range of scientific and instructional applications.

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

Q: How should gases be supplied to the double fuel cell for optimal operation?

A: The unit is designed to accept high-purity hydrogen (99.99%) on the fuel side and either pure oxygen or ambient air on the oxidant side. For optimal performance and membrane longevity, gases should be humidified externally before entering the cell using a suitable humidification system.

Q: What is the recommended process for setting up the fuel cell stack in a laboratory environment?

A: Place the fuel cell on a stable benchtop, connect the H2 and O2/Air lines to the respective gas inlet/ outlet ports, and attach the external humidifier to both gas lines. Ensure electrical terminals are wired to your test equipment and verify all gas supplies meet purity requirements before powering the system.

Q: When is maintenance required for the double cell fuel cell module?

A: Maintenance should be conducted periodically depending on usage frequency. Regularly check for leaks, maintain clean and dry connections, and ensure the external humidification system operates effectively. Replace membrane or seals as necessary to sustain optimal power output and operating life.

Q: Where can this double fuel cell be used effectively?

A: It is ideally used in laboratory, classroom, and research settings where controlled demonstration and investigation of hydrogen energy technology are required. Its benchtop, modular configuration allows for easy integration into various educational experiments and prototype power generation setups.

Q: What are the key benefits of using a double cell hydrogen/oxygen fuel cell?

A: This fuel cell offers clean, zero-emission energy conversion, high efficiency, and safe operation due to its robust build and proven PEM technology. It supports hands-on learning, research accuracy, and scalability for prototype renewable energy projects.

Q: How does external humidification enhance the performance of the fuel cell?

A: Humidification helps maintain membrane conductivity and prevents drying, which can reduce efficiency and longevity. A well-controlled humidification system ensures stable voltage and consistent power output during extended operation.

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