The future of energy engineering starts in your home! With this kit, children can build and experiment with a detailed model of a house that practically demonstrates the principles of renewable energy and sustainable design. It is a comprehensive and engaging way to understand how modern green technologies work.

How to convert solar energy into electricity? What impact does the climate have on energy consumption? What are the benefits of a "living" roof? The answers to these and many other questions become clear when children conduct experiments with the house they have assembled themselves. The kit includes working models of real devices: a solar panel, a home energy storage battery, a water pump, LED lights, an electric lawn mower, etc. As they discover how to power their home with clean energy, kids learn about thermodynamics, green building, and ways to make their own homes more efficient.

• Working Model House: Build a large (35 cm long) model house that will become your own personal renewable energy experiment playground.

• Real Technology: The set includes a working solar panel, energy storage battery, water pump for creating a climate control system, robotic lawnmower, and more.

• Science Through Hands-On: Hands-on projects and experiments bring complex and relevant science ideas to life, tangible, and understandable.

• Easy to Build: Although the system is detailed, it is designed to be easy to build, making it perfect for both home and school use. both at home and for presentations in the classroom.

What do children learn?

• Principles of renewable energy: they practically understand how solar energy works, how it is stored and used in the home.

• Engineering thinking: children learn not only to construct according to instructions, but also to understand how different systems (electricity, water) work and how they are connected.

• Environmental awareness: introducing sustainable technologies develops a responsible attitude towards energy consumption and environmental protection.

• Critical thinking: experiments encourage asking questions and seeking answers, for example, when studying how the climate affects energy demand.

Who is this toy particularly suitable for?

• For children interested in engineering, technology and the environment.

• As an exceptional educational tool for school projects or homeschooling.

• For future architects, engineers and inventors.

Safety and Care

• Safety: The kit contains small parts. Adult supervision is recommended, especially during experiments.

• Care: Keep parts in the original box. Protect electronic components from water (except for parts specifically designed for this purpose according to the instructions).