Building set Fischertechnik Green Energy 559879

The Fischertechnik Green Energy 559879 building set contains 343 pieces that let children explore renewable energy concepts through hands-on model building. The kit supports learning about generating, storing and using electricity from wind, water and solar sources and introduces applied technology and engineering principles in an age-appropriate way. Designed for ages 10 and up, the set complements the H2 Fuel Cell Car (Art. no. 559880) as an expansion option for fuel-cell-powered models.

Advantages

The set offers a practical, modular approach to learning about sustainable energy with 343 compatible parts that can be combined into different working models. Models demonstrate real-world concepts such as solar power, wind and hydro mechanisms, and options for integrating fuel-cell components. The kit promotes problem-solving, manual skills and basic engineering understanding while using durable Fischertechnik parts designed for repeated assembly and experimentation.

Suitable for

• Hands-on learning about renewable energy for school projects
• STEM education and extracurricular workshops
• Home use to develop creativity and technical skills
• Extension with the H2 Fuel Cell Car (Art. no. 559880) for fuel-cell experiments

Key specifications

• Brand: Fischertechnik
• Model / MPN: 559879
• EAN: 4048962424607
• Piece count: 343 parts
• Recommended age: 10+
• Category: Toy construction set focused on renewable energy

How to use

Follow the included assembly instructions to build the models step by step. Components can be assembled into wind, water or solar-powered devices; electrical and mechanical elements are integrated according to the project diagrams. For fuel-cell functionality, combine models with the H2 Fuel Cell Car (559880) or other compatible fuel-cell components as indicated in the manuals. Supervision is recommended for younger users when working with small parts or electrical elements.

Usage recommendations

Use the kit on a stable work surface and keep the instruction manual available during assembly. For classroom use, plan projects that allow students to test different energy sources and compare results. Store parts in labeled containers to simplify repeated experiments and model variations.