Teaching duty
State the power-generation experiments, student level and loads that must be demonstrated.
FUEL CELL EDUCATION · HYDROGEN-TO-POWER DEMONSTRATION
Hydrogen Fuel Cell Power Generation Demonstration System
An integrated teaching platform for demonstrating hydrogen storage, PEM fuel cell power generation, electrical loads, monitored operating data and hydrogen-to-electricity efficiency calculations.
Note: The reference fuel cell is an education-scale configuration, not an engineering power supply. Confirm the hydrogen source, storage module, load experiments, output interface, ventilation, training and local safety requirements.
Fuel Cell
200 W Reference
H₂ Storage
>22 g
H₂ Discharge
>4 L/min
Reference Efficiency
≥45%
HYDROGEN-TO-POWER TRAINING
What the Fuel Cell Demo System Teaches
The platform connects a controlled hydrogen source and solid-state storage module to a PEM fuel cell stack, power-management components and a visible electrical load. Learners can observe how stored hydrogen is converted into electrical power and relate gas supply, voltage, current and load to system behavior.
The system supports instructor-led teaching and laboratory exercises in hydrogen energy, electrochemistry, electrical engineering, energy conversion and automation. The reference stack and storage configuration are intended for education and should not be presented as emergency, backup or production power equipment.
01
Hydrogen Storage
>22 g H₂ · Controlled SupplyA solid-state hydrogen storage cylinder supplies hydrogen under the stated filling, discharge and flow conditions.
02
PEM Fuel Cell
200 W Reference · 19.8 V · 10.2 AThe reference teaching stack converts supplied hydrogen and air into DC electrical power for classroom and laboratory experiments.
03
Power & Load Module
Electrical Output · Power Conditioning · Demonstration LoadPower-management components and the supplied demonstration load allow learners to observe electrical response under changing operating conditions.
04
Monitoring & Experimental Data
Voltage · Current · Power · Temperature · H₂ PressureRelevant operating parameters can be observed during supervised experiments to support quantitative comparison, analysis and laboratory reports.
Configuration review
Match the Teaching System to the Fuel and Load
Start with the application, required measurements and operating boundary. A model label alone does not establish which modules, interfaces or records are included.
Hydrogen supply
Define supplied storage, compatible fuel source, regulators, connections and laboratory responsibilities.
Electrical measurement
Specify rated reference output, load functions, values to display and data-recording needs.
Safety and handover
Agree ventilation, alarms, shutdown, instructions, functional tests and training scope.
SYSTEM WORKFLOW
From Stored Hydrogen to Electrical Load
The demonstration sequence focuses on the hydrogen-to-electricity side of fuel-cell technology and separates hydrogen supply from hydrogen production.
01. Hydrogen Storage
Hydrogen is supplied from the solid-state storage module in the reference configuration.
02. Pressure Regulation
Hydrogen passes through the supply and regulation path before entering the PEM fuel cell.
03. PEM Fuel Cell
The PEM fuel cell combines hydrogen with air to generate DC electrical power.
04. Power Management
The electrical output is conditioned and managed for stable demonstration and load operation.
05. Load & Data
Learners observe the electrical load together with relevant operating parameters for analysis.
Solid-State H₂ Storage
Hydrogen Regulation
PEM Fuel Cell
Power Management
Electrical Load
Monitoring Interface
REFERENCE CONFIGURATION
Technical Specifications — 200 W Reference Configuration
The values below represent the current reference teaching configuration. Final stack model, operating point, supplied modules, interfaces and acceptance conditions should be confirmed before order release.
| Category | Parameter | Unit | Technical Specification |
|---|---|---|---|
| Solid-State Hydrogen Storage | Cylinder Diameter | mm | 60 |
| Cylinder Height | mm | 258 | |
| Weight | kg | 1.5 | |
| Hydrogen Storage Capacity | g H₂ | >22 | |
| Hydrogen Filling Pressure | MPa | 1.0 | |
| Continuous Hydrogen Discharge Pressure | MPa | 0.6 | |
| Hydrogen Discharge Rate | L/min | >4 | |
| Fuel Cell | Reference Power Class | W | 200 — confirm final model |
| Rated Voltage | V | 19.8 | |
| Rated Current | A | 10.2 | |
| Reference Efficiency | % | ≥45 | |
| Hydrogen Supply Pressure | MPa | 0.035–0.05 | |
| Hydrogen Purity Requirement | % | ≥99.99 H₂; CO ≤1 ppm | |
| Theoretical Hydrogen Consumption at Rated Power | L/min | 2.89 | |
| Theoretical Air Consumption at Rated Power | L/min | 114.6 | |
| Bare Stack Weight | kg | 1.43 | |
| Demonstration System | Dimensions Excluding Bracket (L × W × H) | mm | 1200 × 700 × 276 |
| Weight Excluding Bracket | kg | 15 | |
| Weight Including Bracket | kg | 25 |
Configuration Note
Hydrogen purity and pressure are supply-interface requirements. Storage, fuel-cell and complete demonstration-system dimensions and operating values represent separate components and should not be combined.
Engineering Note
Rated performance depends on hydrogen quality, inlet pressure, airflow, temperature, electrical load and test conditions. Final interfaces, supplied components and acceptance criteria should be agreed during application review.
HANDS-ON EXPERIMENTS
Fuel Cell Teaching Experiments & Measurements
Final experiments depend on the supplied load, sensors, monitoring interface and teaching package. The reference platform supports supervised study of fuel-cell electrical response and hydrogen-to-power conversion.
Measurement Focus
- Voltage
- Current
- Power
- Stack Temperature
- Hydrogen Pressure
- Load Response
*Only display measurement channels, data recording or data-export functions that are actually included in the confirmed configuration.
EXPERIMENT 01
Fuel Cell Start-Up
Follow the approved hydrogen, air, control and load sequence and observe stack voltage and current.
EXPERIMENT 02
Load Response
Apply the supplied demonstration load and observe voltage, current and power response within the approved teaching configuration.
EXPERIMENT 03
Hydrogen Consumption
Relate theoretical or measured hydrogen consumption to electrical output under defined operating conditions.
EXPERIMENT 04
Efficiency Calculation
Use the available electrical and hydrogen data with a clearly defined measurement boundary to discuss hydrogen-to-electricity efficiency and conversion losses.
EXPERIMENT 05
Hydrogen Supply Pressure & Operating Response
Observe the relationship between the approved hydrogen supply range and stable fuel-cell operation without exceeding operating limits.
EXPERIMENT 06
Power Management & System Control
Study how fuel-cell output, power-management components, auxiliary supply and the demonstration load interact during operation.
TRAINING CONFIGURATION
How to Select the Right Hydrogen Fuel Cell Training System
The right teaching configuration depends on the course level, class size, hydrogen supply, required electrical experiments, measurement scope and laboratory safety conditions.
01
Institution & Course
Hydrogen Energy · Fuel Cells · Electrical Engineering · Automation
Define the course and learning objectives so the experiment scope can be matched to the program.
02
Student Level & Class Size
Instructor Demo · Small Group · Laboratory Class
Confirm whether the platform will be used for instructor demonstration, hands-on group experiments or repeated laboratory teaching.
03
Hydrogen Supply
Included Storage · Refill Method · External H₂
Confirm whether the reference solid-state storage module meets the teaching plan and how hydrogen will be filled or supplied at the installation site.
04
Power & Load Experiments
Fuel Cell Output · Load Response · Power Management
Define the electrical experiments and load behavior that learners need to study.
05
Measurement & Data
Voltage · Current · Power · Temperature · Pressure · Data
Confirm which parameters need to be displayed, recorded or exported. (Do not imply data export is standard unless verified).
06
Safety, Documentation & Training
Ventilation · Gas Detection · Supervision · Manual · Training
Confirm laboratory conditions, local safety requirements, document language and instructor-support needs.
SAFE OPERATION & PRODUCT BOUNDARY
Hydrogen Supply, Laboratory Requirements & Product Scope
The system is intended for supervised education and laboratory use. Hydrogen supply, ventilation, operating procedures, gas interfaces and applicable protection functions should be reviewed together with the installation environment.
Controlled Hydrogen Supply
The reference configuration includes a solid-state hydrogen storage module with defined filling, discharge and fuel-cell supply-pressure ranges.
Hydrogen Source & Refill
The storage module may be included in the reference supply, but whether hydrogen is supplied pre-filled, whether refill equipment is included, or whether an external hydrogen source will be used must be confirmed for the destination and final order scope.
Ventilation & Ignition Control
Operate the system in an appropriately ventilated laboratory and keep hydrogen away from ignition sources.
Pressure & Interface Limits
Hydrogen pressure, connection method and gas quality must remain within the approved limits of the storage and fuel-cell modules.
Supervised Operation
Hydrogen and electrical experiments should be conducted according to the supplied operating procedures and applicable laboratory supervision requirements.
Protection & Shutdown
Applicable monitoring, alarm, protection and shutdown functions should be confirmed against the final supplied control configuration.
PRODUCT BOUNDARY
What This Product Is — and Is Not
This is an education-scale hydrogen fuel-cell training platform for studying stored or supplied hydrogen, PEM fuel-cell generation, electrical loads and energy conversion.
- It is not an industrial, backup or emergency power system.
- It does not generate hydrogen by PEM electrolysis.
Automotive fuel-cell stacks, industrial fuel-cell plants and battery test systems require separate products and engineering review.
IMPORTANT SAFETY NOTE: Hydrogen purity, pressure, ventilation, gas handling, leak-control requirements and instructor supervision are mandatory installation inputs and must be confirmed for the destination laboratory.
Quality & project support
System Verification, Documents & Teaching Support
Acceptance should verify the actual fuel-cell model, storage interfaces, hydrogen supply limits, electrical outputs, load functions, monitored values, applicable alarms and safe shutdown behavior against the approved supply configuration.
Project Documentation Package
Agree the documents against the confirmed configuration, teaching scope and purchaser requirements. Available items may include:
- ✓System datasheet and approved configuration list
- ✓Hydrogen, air and electrical connection information
- ✓Operating instructions and experiments
- ✓Operating limits and laboratory safety guidance
- ✓Applicable functional inspection and test records
- ✓Agreed training, language, consumables and spare-parts scope
Need a Specific Teaching or Documentation Package?
Share your curriculum, experiment scope, required documents, language, training, spare-part and acceptance requirements during RFQ review.
Discuss Documentation RequirementsSee the system configuration in use. Playback starts when selected.
Inside HELE
Inside Our Manufacturing & Quality System
The approved fuel-cell model, hydrogen connections, electrical outputs, load functions, monitored values and shutdown behavior should be checked before release. Inspection records and teaching documents should reflect the actual configuration, including any storage or training items included in the order.
Approved configuration
Check the module list, connections and instruments against the order drawing.
Functional evidence
Define the test conditions, records and documents required for release.
FAQ
Hydrogen Fuel Cell Demo System FAQs
What does the fuel cell demonstration system teach?
It demonstrates controlled hydrogen supply and storage, PEM fuel cell power generation, electrical load response, monitored operating data and hydrogen-to-electricity efficiency calculations.
What is the reference fuel cell rating?
The current teaching configuration uses a 200 W reference power class. The latest parameter set lists a rated operating point of 19.8 V and 10.2 A. The exact stack model and acceptance point should be confirmed in the quotation.
Is the hydrogen source included?
The reference configuration includes a solid-state hydrogen storage module. Whether hydrogen is supplied pre-filled, whether refill equipment is included, or whether an external hydrogen source will be used must be confirmed for the destination and final supply scope.
What hydrogen quality does the fuel cell require?
The reference parameter set requires hydrogen purity of at least 99.99% with CO at or below 1 ppm and a fuel-cell inlet pressure of 0.035–0.05 MPa. Final gas-quality and connection requirements should be confirmed for the supplied stack.
Can the system power real equipment?
It is an education-scale demonstration platform. Any external electrical load must remain within the supplied output, protection and connection limits and should be approved for the intended experiment.
What should be specified in the RFQ?
Provide the institution and course, student level, class size, hydrogen source or storage requirement, required load experiments, measurement or data requirements, laboratory ventilation and safety conditions, training needs, quantity, destination and project timeline.
Inquiry
Request a Fuel Cell Demo System Review
A fuel-cell demonstration system is selected by the experiment and hydrogen-supply boundary, not by the power label alone. Send the teaching plan, intended loads and available laboratory setup so HELE can review a suitable configuration and documentation package.
- ✓ Experiments and target learners
- ✓ Hydrogen source, storage and connections
- ✓ Electrical loads and monitored values
- ✓ Safety, documents and training
Prefer email?
sales@heletitanium.comFactory & Engineering Center
Titanium Valley, Baoji City, Shaanxi Province, China