Education + Demonstration
Teaching models: Training on a par with technology
Teaching models are specially designed for schools, universities, and company training centers. They enable active experimentation under controlled conditions.
A103 Storage 30
Regular price:
€24.00
Gas Storage Tank for Hydrogen and Oxygen with 2 x 30 cm³ Storage Volume
A153 Storage 80
Regular price:
€70.00
Gas Storage Tank for Hydrogen and Oxygen with 80 ml Storage Volume
E208 1-Cell Rebuildable PEM Electrolyzer Kit
Regular price:
€210.00
1-Cell Rebuildable PEM Electrolyzer Kit
F107 1-Cell Rebuildable PEM Fuel Cell Kit
Regular price:
€140.00
1-Cell Rebuildable PEM Fuel Cell Kit
- Modular design: These models often consist of pluggable individual components (solar panel, electrolyzer, gas storage tank, and fuel cell). This allows the entire energy cycle to be set up step by step.
- Recording measurement data: Modern teaching models have interfaces for data acquisition. Learners can record current-voltage characteristics, calculate efficiency levels, and analyze the influence of parameters such as gas flow or load changes directly on the computer.
- Safety: They are designed so that even laypeople can operate them safely without any danger from high pressures or voltages.
Demonstration models: Experience and be convinced by technology
Demonstration models are primarily used for visualization and representation—for example, at trade fairs, in showrooms, or during customer presentations.
- Functional models: These often show a specific application, such as a model car or a miniature power plant powered by hydrogen. They illustrate that the technology will already be suitable for everyday use in 2026.
- Transparent designs: Transparent housings (e.g., made of acrylic glass) are often used to make internal processes visible, such as bubble formation during electrolysis or water formation in the fuel cell.
- Interactivity: Many modern exhibits are interactive, allowing viewers to start the process or switch on loads at the touch of a button to see the immediate response of the system.