H2

Learning Outcomes

Through hands-on experimentation, students will develop an understanding of:

• Solar Energy & Electrolysis: Learn how solar power can be used to split water into hydrogen and oxygen using an electrolyzer.
• Fuel Cell Technology: Study the operation, efficiency, and characteristics of various fuel cell types, including PEM, ethanol, and SOFC fuel cells.
• Energy Conversion & Storage: Investigate how hydrogen is stored and later converted back into electricity.
• Comparative Energy Systems: Analyze and compare different hydrogen-based fuel cells to understand their advantages and applications.
• Sustainability & Green Energy: Explore the potential of hydrogen as a clean energy source in real-world scenarios.

The H2 kit is great for physics and chemistry classrooms as well providing over 20 experiments that cover fundamental energy conversion concepts, efficiency studies, and alternative fuel technologies, making it a versatile tool for both secondary and post-secondary education.

H2 Details

The H2 kit includes:

• PEM Fuel Cell Module
• Electrolyzer Module 2.0
• Ethanol Fuel Cell Module
• Solid Oxide Fuel Cell (SOFC) Module
• Solar Panel (2.5V, 420mA)
• Gas Storage Module
• Motor Module with Propeller
• Potentiometer Module

This system is modular and expandable, allowing additional components to be integrated for advanced experimentation. The H2 Charger is recommended for high-frequency experiment repetition, ensuring efficient hydrogen storage and reuse.

With its real-world applications and interactive experiments, the leXsolar H2 Ready-To-Go kit is a powerful resource for teaching renewable energy, chemistry, and fuel cell technology in the classroom. See Datasheets below for more sizes.

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