SOLAR → HYDROGEN → POWER
Solar Hydrogen Demo Kit for STEM Education
Explore an entire renewable-energy pathway.
Connect photovoltaic power, PEM electrolysis, gas handling, fuel-cell generation and a small electrical load. Give students a visible framework for understanding energy conversion.
40 mL/min
<1 W
6.2 kg
PURPOSE & VALUE
Experiments with the Solar Hydrogen Demo Kit
Explore an entire renewable-energy pathway.
The kit supports supervised exploration of the solar-to-hydrogen-to-power sequence. It brings the major stages into one learning arrangement so students can observe inputs, outputs and changes in operating conditions. Confirm the electrical operating points and any auxiliary supply before defining an experiment at the stated module ratings.
Connect the energy-conversion stages
Use the module layout to explain how electricity drives electrolysis and how hydrogen can supply a fuel cell. Keep each conversion stage’s input and output visible.
Explore changes in light and load
Develop exercises around irradiance, electrical output and fuel-cell response using compatible measurements. Record which variables are controlled in each experiment.
Match the package to the class
Specify learning level, group size, lighting conditions, measurement channels and student worksheets. Confirm the contents and supervision requirements of the teaching package.
PROCESS & INTEGRATION
Understand the equipment pathway.
TECHNICAL DETAILS
Reference technical specifications.
Reference data for configuration review. The accepted quotation and approved technical specification define the supplied equipment.
| Module | Parameter | Specification |
|---|---|---|
|
Photovoltaic Panel |
Total Power |
12 W |
|
Rated Voltage |
5 V |
|
|
Rated Current |
2.4 A |
|
|
PEM Electrolyzer |
Rated Hydrogen Production |
40 mL/min |
|
Power Supply Voltage |
3 V |
|
|
Rated Current |
6 A |
|
|
Fuel Cell |
Rated Power |
<1 W |
|
Rated Voltage |
0.9 V |
|
|
Rated Current |
1 A |
|
|
Load |
Power |
0.019 W |
|
Rated Voltage |
1 V |
|
|
Rated Current |
18.9 mA |
|
|
Complete System |
Dimensions |
750 × 420 × 330 mm |
|
Weight |
6.2 kg |
Configuration note. The PV module is listed at 12 W; the electrolyzer input point of 3 V × 6 A is 18 W. These are separate module ratings, not proof of simultaneous full-load solar operation. Confirm operating-point matching and any auxiliary supply.
APPLICATIONS
Where this configuration fits.
STEM education
Introduce energy conversion through a visible hydrogen pathway.
Technical colleges
Connect solar, electrochemical and electrical modules in practical lessons.
Renewable-energy training
Discuss system boundaries, measurements and operating-point differences.
BEFORE YOU REQUEST A QUOTE
Prepare a useful equipment brief.
01 / Learning environment
Indoor light source or outdoor solar conditions
02 / Electrical scope
PV operating point, electrolyzer input and any auxiliary supply
03 / Experiments
Measurements, controlled variables and recording method
04 / Teaching delivery
Student level, group size, instructions and demonstration acceptance
BUYER QUESTIONS
Questions before specification.
Can the solar panel supply every module at its stated rating simultaneously?
That is not established by the reference table. The panel is listed at 12 W while 3 V × 6 A gives an 18 W electrolyzer input point. Confirm operating-point matching and any auxiliary supply.
Is this an industrial solar hydrogen plant?
No. The product is a teaching kit with a small demonstration load and an educational measurement scope.
Can it be used indoors?
Specify the proposed light source and experimental conditions for review. Usable PV output depends on illumination and the actual module arrangement.
What documentation should a school request?
Request the equipment list, electrical and gas-flow diagrams, operating limits, supervised experiment instructions and the included measurement methods.
NEXT STEP / CONFIGURATION REVIEW
Tell us what the equipment needs to do.
Send your application, destination country and technical requirements. Include the delivery target and any drawings or procurement specification so the proposed scope can be reviewed against your project.
Please name the product family in your enquiry. Final technical values, documentation and delivery terms belong in the approved quotation.
Your enquiry checklist
- Learning environment: Indoor light source or outdoor solar conditions
- Electrical scope: PV operating point, electrolyzer input and any auxiliary supply
- Experiments: Measurements, controlled variables and recording method
- Teaching delivery: Student level, group size, instructions and demonstration acceptance