Horizon PEM Reversible Fuel Cell (Set of 5) - STEMfinity

Horizon PEM Reversible Fuel Cell (Set of 5)

Horizon Educational SKU: HFC-FCSU-023B
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Regular price $299.00
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Product Title

  • Grades: 7–12 / Ages 12+
  • Number of Students: Up to 5 students
  • Number of Lessons: 3–5 hands-on activities
  • Hours of Content: Approximately 3–5 hours
  • Additional Resources: User Manual, Horizon curriculum materials, and compatible Horizon renewable-energy kits

 

Highlights:

  • Combines an electrolyzer and fuel cell in one device
  • Produces hydrogen and oxygen from de-ionized water
  • Converts hydrogen back into electrical energy
  • Compatible with Horizon educational kits

 

Curriculum or Lesson Topics:

  • Hydrogen fuel cells
  • Water electrolysis
  • Energy conversion
  • Electricity and circuits
  • Hydrogen production and storage
  • Renewable energy

 

Standard Alignments:

  • NGSS PS3.B: Conservation of Energy and Energy Transfer
  • NGSS PS1.B: Chemical Reactions
  • Science and Engineering Practices: investigation, measurement, and data analysis
  • Energy and Matter; Cause and Effect

 

What’s Included:

  • Set of 5 reversible PEM fuel cells
  • Tubing
  • Connecting leads/banana cables
  • Pins
  • Syringe
  • User Manual

 

Technology Requirements/Specifications:

  • Model: FCSU-023
  • Fuel cell dimensions: 54 × 54 × 17 mm
  • Input voltage: 1.8–3V DC
  • Electrolyzer input current: 0.7A
  • Hydrogen production: 7 mL/min
  • Oxygen production: 3.5 mL/min
  • Fuel-cell output: 0.6V DC / 360mA
  • Power: Approximately 210mW
  • Requires de-ionized/distilled water and a suitable DC power source for electrolysis

 

Special Notes and Considerations:

  • Intended for hands-on STEM, physics, chemistry, and renewable-energy education.
  • The set of 5 is well suited for small-group or individual student experiments.
  • Compatible with other Horizon educational equipment.
  • Teacher supervision is recommended when students are producing and handling hydrogen and oxygen.
  • Hydrogen and oxygen should be handled according to appropriate laboratory safety procedures.

 

 

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