HYDROGEN EDUCATION / PRODUCTION & STORAGE
PEM Electrolysis & Hydrogen Storage Demo System
Follow hydrogen from water to a storage module.
Connect PEM electrolysis, gas handling and solid-state hydrogen storage in a visible teaching process. Define the experiments, measurements and classroom conditions as part of the equipment brief.
500 mL/min
250 mL/min
>22 g H₂
PURPOSE & VALUE
Start with the application.
Follow hydrogen from water to a storage module.
The teaching system introduces the production and storage stages of a hydrogen energy pathway. Learners can relate electrical input to gas generation, observe the process modules and examine storage and discharge behaviour under an approved procedure. The quoted package should identify the instrumentation, storage module, manuals and experiments that are included.
A visible process sequence
Use the equipment arrangement to connect electrolysis, gas handling and storage. Labels and teaching documents should show the purpose and boundary of each module.
Experiments with measurable outcomes
Plan electrical-input versus gas-production exercises and storage observations around the supplied sensors. Establish the method and expected student record before procurement.
A defined classroom package
Agree instructor controls, permitted settings, utility conditions, manuals and commissioning exercises. Storage performance must be tied to its stated operating conditions.
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 |
|---|---|
|
PEM Electrolyzer |
|
|
Hydrogen Production Rate |
500 mL/min |
|
Oxygen Production Rate |
250 mL/min |
|
Power Supply Voltage |
9 V |
|
Power Supply Current |
25 A |
|
Dimensions without lugs/connectors |
94 × 39 × 106 mm |
|
Dimensions with lugs/connectors |
109 × 58 × 106 mm |
|
Solid-State Hydrogen Storage |
|
|
Cylinder Diameter |
60 mm |
|
Cylinder Height |
258 mm |
|
Weight |
1.5 kg |
|
Hydrogen Storage Capacity |
>22 g H₂ |
|
Hydrogen Filling Pressure |
1.0 MPa |
|
Continuous Hydrogen Discharge Pressure |
0.6 MPa |
|
Hydrogen Discharge Rate |
>4 L/min |
|
Demonstration System |
|
|
Dimensions excluding bracket |
1200 × 700 × 311 mm |
|
Weight excluding bracket |
18 kg |
|
Weight including bracket |
28 kg |
Configuration note. Storage filling and discharge ratings apply to the storage module. Do not assume direct pressure compatibility with the electrolyzer outlet. Confirm the interconnection, regulation and any additional equipment.
APPLICATIONS
Where this configuration fits.
University energy courses
Demonstrate the production and storage stages of hydrogen energy.
Vocational training
Identify system modules, interfaces and operating responsibilities.
Teaching laboratories
Collect and interpret measurements from supervised experiments.
BEFORE YOU REQUEST A QUOTE
Prepare a useful equipment brief.
01 / Teaching outcomes
Course, student level, group size and experiment objectives
02 / Storage scope
Material, usable capacity, charge/discharge conditions and thermal limits
03 / Measurement package
Electrical, gas-flow, pressure and temperature channels
04 / Handover
Manuals, exercises, operating limits and acceptance demonstration
BUYER QUESTIONS
Questions before specification.
Does this system include fuel-cell power generation?
Do not assume it. This page covers the electrolysis and storage teaching scope. Specify a fuel-cell module separately or review the fuel-cell demonstration system.
Are charging and discharge pressure the same?
No. The reference storage module lists separate filling and continuous-discharge conditions. Use the approved module specification.
Does solid-state storage remove all operating risk?
No. Storage material, inventory, thermal behaviour and operating conditions require a defined procedure and appropriate supervision.
What is needed to customise the teaching package?
Send the course goals, proposed experiments, student group size, available utilities and required measurement or documentation package.
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
- Teaching outcomes: Course, student level, group size and experiment objectives
- Storage scope: Material, usable capacity, charge/discharge conditions and thermal limits
- Measurement package: Electrical, gas-flow, pressure and temperature channels
- Handover: Manuals, exercises, operating limits and acceptance demonstration
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