Name: Horizon Educational FCJJ-56 Wind to Hydrogen Science Kit Fuel cell, Wind power Science kit (set)
Brand: Horizon Educational
SKU: 2614629
Availability: InStock

A model wind turbine with three blue rotor blades, connected to various scientific instruments, demonstrates renewable energy.

'Wind to Hydrogen' Science Education Kit. Demonstrates a model for showcasing the energy conversion from wind to hydrogen.

'Wind to Hydrogen' Science Set: Includes a model of a wind turbine and a hydrogen station with experimental instructions.

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Datasheet (PDF)

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Highlights & Details

Wind to Hydrogen Science Kit

Turn wind power into hydrogen energy
Build your own hydrogen-powered inventions
Demonstrate the principles of wind energy, hydrogen fuel cells, electrolysis, and basic electronics

Technical specifications

Product type: Science kit (set)

Topic range: Fuel cell
Wind power

Documents & Downloads

Datasheet

Datasheet 2614629 Horizon Educational FCJJ-56 Wind to Hydrogen Science Kit Fuel cell, Wind power Science kit (set)

User & Safety Instructions

User & Safety Instructions 2614629 Horizon Educational FCJJ-56 Wind to Hydrogen Science Kit Fuel cell, Wind power Science kit (set)

Description

The Wind to Hydrogen Science Education Kit allows students to invent their own clean energy applications with a small electric motor powered by a fuel cell. Hydrogen is powered by water electrolysis by a reversible PEM fuel cell, which is itself driven by a wind turbine with profiled blades modeled on NASA aviation. This hydrogen is then converted into electrical energy by the fuel cell and can be used to drive a small fan.

This text is machine translated.

Features

Has a revolutionary new Horizon wind turbineIncludes horizon's complete renewable energy curriculum on CD
Energy from hydrogen experiments
1. Electrolysis mode Generation of H2 and O2
2. Fuel cell mode for power generation from H2 and O2
3. Determination of the minimum water decomposition voltage
4. Polarization states for hydrogen fuel cells
Wind energy experiments
1. How many blades are best - 1, 2, 3 ... more?
2. Use of three different curved blade shapes
3. Use of blades that you make yourself
4. Turbine efficiency levels
5. Measuring the speed
6. Tuning for maximum performance
7. How blade angle or inclination influence the output power
8. To generate hydrogen

Scope of delivery

Wind Energy Science Kit (FCJJ-39)
LED-module
Reversible PEM fuel cell module
Memory module for water/gas
Hoses, connecting lines and accessories
Motor with fan blades
9 profiled blades for turbine (3 sets of 3 types)
Curriculum Renewable Energies CD
Installation instructions.

Description

Features

Has a revolutionary new Horizon wind turbineIncludes horizon's complete renewable energy curriculum on CD
Energy from hydrogen experiments
1. Electrolysis mode Generation of H2 and O2
2. Fuel cell mode for power generation from H2 and O2
3. Determination of the minimum water decomposition voltage
4. Polarization states for hydrogen fuel cells
Wind energy experiments
1. How many blades are best - 1, 2, 3 ... more?
2. Use of three different curved blade shapes
3. Use of blades that you make yourself
4. Turbine efficiency levels
5. Measuring the speed
6. Tuning for maximum performance
7. How blade angle or inclination influence the output power
8. To generate hydrogen