Experiment Kits introduce primary and secondary school students to the amazing science of renewable energy technology. Here, they can discover key principles that are essential for a comprehensive understanding, not just of solar, wind and fuel cells, but also of electrochemistry, physics and engineering. Electrolysis, energy conversion, electrical circuits, mechanical energy, all of which are STEM concepts that are integral to learning about future energy.

Renewable Energy
Science Kit

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The Renewable Energy Science Kit demonstrates the workings of a clean energy technology system on a miniature scale. Power an electrical circuit by solar panel or a wind turbine with profiled blades based on NASA aeronautics. Generate hydrogen through water electrolysis and convert it into electricity using a PEM fuel cell. Whichever combination of technologies you want to explore, this science kit is a comprehensive introduction to the principles behind renewable microgrids. This kit contains small-scale wind turbine, solar cell, fuel cell, electrolyzer and more.

Experiments & Activities

Solar Energy Experiments

1. The Effect of Heat on Solar Panels
2. The Effect of Shade on Solar Panels
3. The Effect of Tilt Angle on Solar Panels
4. Finding the Solar Panel’s Maximum Power Point

Energy from Hydrogen Experiments

1. Electrolysis Mode Generating H2 and O2
2. Fuel Cell Mode Generating Electricity from H2 and O2
3. Determining 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. Using Three Different Curved Blade Shapes
3. Using Blades You Make Yourself
4. How Blade Angle or Pitch Affects Output Power
5. Measuring RPM
6. Tuning For Maximum Power
7. Turbine Efficiencies
8. Generating Hydrogen


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Hydrocar demonstrates a complete, clean-energy system with solar to hydrogen power generation. Powered by electricity from sunlight, the reversible fuel cell illustrates the principles of water electrolysis, separating hydrogen from water and then recombining these elements to create power in an extremely efficient process. Also, the car can steer independently to avoid running into obstacles.





The i-H2GO is the most technologically advanced toy car on the market. Harness the power of sunlight with a solar panel in order to charge the hydrogen refuelling station. Use the station to generate hydrogen through water electrolysis, refuel the car and charge up the super capacitor. Transparent casing and LED lights are designed to highlight all these electrochemical processes — the same processes as in real-scale hybrid vehicles. Control the car using a smartphone or an electronic tablet – engage gyro-steering to turn the i-H2GO’s wheels simply by tilting the device.

Solar Hydrogen
Science Kit

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Invent your own clean energy applications using fuel cells and the power of the sun. Generate hydrogen in a completely sustainable process by using a solar panel to power water electrolysis. Convert hydrogen into electrical energy with the PEM fuel cell and power your applications. As a starting-off point for would-be inventors, the kit comes with a small electric motor and propeller blade.

Salt Water Fuel Cell
Science Kit

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Now you can demonstrate a cutting edge fuel cell concept: combine a saltwater electrolyte with magnesium plates to generate electrical energy. This kit enables you to investigate the science behind saltwater fuel cell technology, either by powering the included mini-turbine or creating your own power applications.

Ethanol Fuel Cell
Science Kit

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Discover the workings of a direct ethanol fuel cell and the principles behind the conversion of ethanol into electrical energy through oxidisation. Begin the process in the ethanol/water mix container, then transfer this solution into the fuel cell via silicon tubing where it will be converted into electrical energy to power a mini turbine.

Thermal Power
Science Kit


Now you can generate electricity using nothing more than a combination of hot and cold water and a special conversion cell. As the temperature evens out between the two containers of water, the power level drops. LED and mini turbines demonstrate the variance in the electrical power being generated. Also, there are two thermometers to keep track of the temperature levels.

Horizon Energy

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Voltage, current, power, joules, resistance and even RPM speed become available at the touch of a button displayed either on the LCD screen of the monitor itself or as graphical data on your PC. The Energy Monitor helps bring lab and field experiments back into the classroom, making it the ideal tool to complement the Renewable Energy Science Kit (FCJJ-37).


On-Demand Hydrogen Supply For Classrooms




This is the world’s only on-demand hydrogen supply system for refilling HYDROSTIK PRO metal hydride cartridges. By generating hydrogen through water electrolysis, Hydrofill enables homes and classrooms to become energy self-sufficient. Perfect for next generation science kits and engineering projects such as EDUSTAK PRO and EDUSTAK Junior (FCSU-32 and FCSU-33), Horizon Fuel Cell Developer Kits (FCDK-1.5, FCDK-12 and FCDK-30), the Electric Mobility Experiment Set (FCJJ-30).


Secure & Versatile Hydrogen Storage




Hold the latest hydrogen storage technology in the palm of your hand. Rather than compressing hydrogen gas, the safe and reliable HYDROSTIK binds hydrogen with a metal alloy to form a solid metal hydride. The HYDROKSTIK PRO is included with all of Horizon’s Education’s advanced educational kits and can be refilled with the HYDROFILL PRO refueling station.

Electric Mobility
Experiment Set

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Measure the superior energy density and power of the super capacitor. Compare different kinds of fuel cell technology – the saltwater fuel cell and two types of micro-PEM fuel cells that exploit the energy efficiency of hydrogen fuel stored in the HYDROSTIK PRO metal hydride cartridge – all of which convert elements into electrical energy. Plus, you can demonstrate the power of sunlight with the solar panel and generate electricity with the hand crank.

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© 2017 The LEGO Group. All rights reserved.

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