If you’re looking to engage kids in hands-on experiments related to renewable energy – you’ve come to the right place. Here, you’ll find 5 fantastic ways to inspire student interest in STEM while teaching them about sustainability. With kits like Horizon’s Renewable Energy Science and Electric Mobility Experiment Sets, students can learn about different energy sources in a fun, interactive way. This article covers 5 simple renewable energy experiments for kids that can be done at home or in school to inspire young scientists.

Using Horizon’s Renewable Energy Science Kit, children can create a solar-powered circuit to understand how sunlight converts into electrical energy.

How It Works:

• Connect a small solar panel to power the LED light or motor.
• Place the solar panel in direct sunlight to generate electricity.
• Use a multimeter to measure voltage output under different light conditions.

This experiment gives kids their first introduction to how solar energy works. If you’re interested in combining solar energy and green electrolysis, this kit offers a unique way to generate hydrogen and power an LED module.

Learn more about the Renewable Energy Science Kit.

The Fuel Cell Car Science Kit demonstrates how hydrogen fuel cells convert chemical energy into electrical energy to power a motor, bringing the concepts of clean energy to life.

How It Works:

• Use a solar panel to power an electrolyzer that splits water into hydrogen and oxygen.
• Capture the generated hydrogen gas and store it in a small tank.
• Connect the fuel cell to the car’s motor, which uses the stored hydrogen to generate electricity and drive the car.
• Experiment with different light intensities or water levels to optimize hydrogen production and car performance.

This hands-on experiment offers an exciting introduction to hydrogen fuel cells and their real-world applications.

See the Fuel Cell Car Science Kit.

Kids can learn how wind power is converted to electricity using the Wind Energy Science Kit by experimenting with different blade configurations.

How It Works:

• Assemble the wind turbine with adjustable blades.
• Use a fan to simulate wind and measure power output using a multimeter.
• Test different blade shapes and angles to find the most efficient setup.

This activity introduces students to aerodynamics and energy conversion in a fun, engaging, and interactive way.

Explore the Wind Energy Science Kit.