Fuel Cell Stack 3

Fuel Cell Stack 3 About

Fuel CellStack 3

Brand: H-TEC Education
Product Code: 1071038

Description:

H-TEC's Fuel Cell Stack 3 is a modular fuel cell stackwith 3 cells that are easy to add or remove.  The Fuel Cell Stack 3 allowsvoltages between individual cells to be measured.  The stack is deliveredfully assembled.

 

About the PEM Fuel Cell Process

Hydrogen gas is oxidized within a fuel cell.  In theprocess, the chemical energy stored in the hydrogen gas is converted directly,i.e. without combustion, to electrical energy.  This process takes placein the heart of the fuel cell, the Membrane Electrode Assembly (MEA).

The MEA comprises two electrodes (cathode: oxygen sideand anode: hydrogen side) and the Proton Exchange Membrane (PEM).  The PEMis a special plastic film which is permeable to protons but which presents abarrier to electrons.

Hydrogen gas is split by catalysis into electrons andprotons in the fuel cell.  Due to the chemical imbalance created, theprotons (cations) diffuse through the PEM.  The resulting potentialdifference can be tapped on the electrodes in the form of a no-load voltage. As soon as an electric circuit is connected to the fuel cell, the surpluselectrodes flow to the cathode, where they combine with the oxygen and theprotons to form water (H₂O).  The water produced escapes viathe air vent in the form of water vapor.

 

Fuel Cell Stack 3 Features:
 Modular design
 Flexible power output
 Single gas supply for whole stack
 Easy to add or remove cells from fuelcell stacks

Technical Specifications:

 Power Per Cell: 200 mW
 Total Power (3 Cells): 600 mW
 Generated Voltage: 0.4 - 0.96 V per cell
 Electrode Area: 4cm per cell
 Dimensions (H x W x D): 2.4" x3.7" x 2.8" (60 x 95 x 70 mm)
 Weight: 7.4 oz (211 g)

 

High-Efficiency Fuel Cell Stack for Research Laboratories

Engineered for academic and laboratory environments, the Fuel Cell Stack 3 delivers stable, reliable power with hydrogen fuel and ambient air or oxygen. Its modular, bolt-clamped design provides ease of assembly and service. The stacks use of a polymer electrolyte membrane and platinum catalyst ensures purity, resilience, and consistent output, meeting the demands of research and demonstration setups. Lightweight and compact, it is favored by laboratories, educators, and distributors alike.


Optimized for Educational Demonstrations

This fuel cell stacks robust structure and low maintenance requirements make it an excellent choice for hands-on learning, experiments, and presentations. Designed for safe operation with high-purity hydrogen and ambient air, it provides students and researchers with a clear, real-world illustration of proton exchange membrane (PEM) technology, while requiring external humidification for peak efficiency.