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XPR-S1-EXT DIY Fuel Cell Science & Chassis Classroom SET - Extended - H2GP XPR
Extended H2GP XPR classroom set with fuel cell, chassis components, and the Renewable Energy Education Set 2.0. Ideal for teaching electrolysis, renewable energy, circuits, and hydrogen vehicle design in advanced STEM projects.
XPR-S1-EXT DIY Fuel Cell Science & Chassis Classroom SET - Extended - H2GP XPR
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The XPR-S1-EXT DIY Fuel Cell Science & Chassis Classroom SET - Extended - H2GP XPR from Horizon Educational expands the original H2GP XPR set with the Renewable Energy Education Set 2.0, creating an even more complete classroom platform for science, engineering, and sustainability. It includes instructions and the components needed to assemble a working hydrogen car, plus additional resources for deeper exploration of clean energy and miniature technology systems.
This set allows students to build a hydrogen-powered vehicle, understand water electrolysis, experiment with miniature solar and wind energy systems, and move toward their own improved prototype designs. It is an ideal extension for courses that combine chemistry, physics, environmental science, and design within a practical STEM framework.
With developed curriculum support, the product helps connect scientific principles with creative learning, SEL competencies, and sustainability awareness. Students can design, build, test, and optimize their own solutions while working with real-world energy conversion and storage concepts.
Key benefits:
- Extends the H2GP XPR set with additional renewable energy learning resources.
- Supports building and improving hydrogen-powered vehicles.
- Introduces electrolysis, hydrogen generation, circuits, power, and efficiency.
- Enables interdisciplinary chemistry, physics, and sustainability projects.
- Encourages hands-on learning, critical thinking, and creative design.
Specifications
- Reference: XPR-S1-EXT.
- Product: DIY Fuel Cell Science & Chassis Classroom SET - Extended - H2GP XPR.
- Manufacturer: Horizon Educational.
- Included extension: Renewable Energy Education Set 2.0.
- Experiments: 16.
- Lesson time: 5-13 hours.
- Teacher's guide: 100 pages.
- Student's guide: 76 pages.
- Educational applications: chemistry, physics, renewable energy, sustainability, circuits, and vehicle design.
Educational function
Demonstrates the operation of a clean energy technology system on a miniature scale and expands H2GP XPR learning with extra resources for design, experimentation, and optimization.
Documentation
Includes the FCJJ-37 datasheet and FCJJ-37 user manual associated with the extended classroom set.