Fuel Cell Energy System Trainer
Product Specification Sheet
Fuel Cell Energy System Trainer
Model Number: MT-E575
The Fuel Cell Energy System Trainer is an educational renewable-energy training platform designed for practical study of fuel cell electricity generation, solar-assisted energy experiments, electrical measurements and energy storage. The system combines a fuel cell, solar cell and experimental trainer panel to demonstrate clean-energy conversion and the operation of electrical loads such as a lamp, motor-driven fan and buzzer.
Product Specification
The Fuel Cell Energy System Trainer is a comprehensive educational platform designed to provide students with practical knowledge of fuel cell technology, renewable energy conversion, electrical measurements, energy storage, and clean-energy applications. The system combines a laboratory-scale fuel cell with a solar cell and an experimental trainer panel, making it suitable for hands-on learning in Renewable Energy, Green Energy, Fuel Cell Technology, Electrical Engineering, and Energy Engineering laboratories.
The trainer incorporates a fuel cell capable of producing a maximum voltage of approximately 0.6 V and a maximum current of 100 mA. A solar cell with a maximum voltage of approximately 1.5 V and maximum current of 150 mA is also provided, allowing students to gain practical exposure to both fuel cell and solar-energy technologies. Through laboratory experiments, students can observe electrical energy generation and understand how clean-energy sources can be integrated into practical educational systems.
For electrical measurement and analysis, the trainer includes a 1 V voltmeter, 50 mA ammeter, and 500-ohm potentiometer. These components enable students to measure voltage and current and investigate the electrical behaviour of the system under different experimental conditions. Rechargeable 1.2 V batteries are incorporated to demonstrate energy storage and the subsequent utilization of stored electrical energy.
Multiple electrical loads are provided to demonstrate practical energy conversion. Students can operate a 1.2 V bulb, a 1.5 V motor-driven fan, and a 5 V buzzer, allowing them to observe the conversion of electrical energy into light, mechanical motion, and sound. These experiments help connect fundamental renewable-energy concepts with practical electrical applications and provide a clearer understanding of energy generation, storage, and utilization.
The trainer features a clearly printed front panel with circuit diagrams and symbols for convenient identification of components and experimental connections. Connections are brought out through 4 mm brass sockets and can be configured using patch cords, making the system convenient for repeated student experiments. Fuse-based short-circuit protection is incorporated to enhance operational safety, while the compact ABS plastic cabinet provides a durable and organized laboratory setup.
Designed for engineering colleges, universities, polytechnic institutes, ITIs, vocational training centres, and renewable-energy laboratories, the Fuel Cell Energy System Trainer provides an effective hands-on platform for introducing students to modern clean-energy technologies. Micro Technologies supplies Fuel Cell Trainers and Renewable Energy Laboratory Equipment for educational, technical training, research, and institutional requirements.
Features
- Educational fuel cell training system
- Laboratory-scale fuel cell module
- Solar-cell integration
- Clean-energy conversion experiments
- Fuel cell electrical output studies
- Integrated voltmeter
- Integrated ammeter
- Adjustable potentiometer
- Rechargeable energy-storage batteries
- Lamp/bulb application
- Electric motor and fan application
- Buzzer application
- Electrical measurement experiments
- Energy-storage demonstration
- Clearly printed experimental circuits
- 4 mm brass connection sockets
- Patch-cord based experiments
- Fuse-based short-circuit protection
- ABS plastic trainer cabinet
- Compact educational configuration
Benefits
- Provides hands-on introduction to fuel cell technology
- Demonstrates clean electricity generation
- Introduces students to electrochemical energy conversion
- Combines fuel cell and solar-energy learning
- Enables practical voltage and current measurements
- Demonstrates renewable-energy storage
- Provides multiple electrical load experiments
- Demonstrates light-energy applications
- Demonstrates electrical-to-mechanical energy conversion
- Demonstrates electrical-to-sound energy conversion
- Connects clean-energy theory with practical laboratory work
- Suitable for modern renewable-energy education
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Fuel Cell Energy System Trainer |
| Product Type | Renewable / Fuel Cell Educational Trainer |
| Primary Technology | Fuel Cell |
| Fuel Cell Quantity | 1 |
| Fuel Cell Maximum Voltage | 0.6 V |
| Fuel Cell Maximum Current | 100 mA |
| Solar Cell Quantity | 1 |
| Solar Cell Maximum Voltage | 1.5 V |
| Solar Cell Maximum Current | 150 mA |
| Voltmeter Range | 1 V |
| Ammeter Range | 50 mA |
| Potentiometer | 500 Ohm |
| Rechargeable Battery | 1.2 V NiCd, 2 Nos. |
| Bulb | 1.2 V, 270 mA |
| Fan | 1.5 V, 400 mA |
| Buzzer | 5 V |
| Energy Storage | Supported |
| Electrical Measurements | Voltage & Current |
| Connection System | 4 mm Brass Sockets |
| Patch Cords | 4 mm |
| Protection | Fuse for Short-Circuit Protection |
| Housing | ABS Plastic Cabinet |
| Approx. Trainer Size | 12 × 10 in |
| Application | Fuel Cell / Renewable Energy Laboratory |
Experiments Performed
- Study of fuel cell energy generation
- Demonstration of fuel cell electrical output
- Study of clean-energy conversion
- Measurement of fuel cell voltage
- Measurement of fuel cell current
- Study of solar-cell electrical output
- Investigation of renewable-energy storage
- Operation of a lamp/bulb
- Operation of an electric motor and fan
- Demonstration of electrical-to-mechanical energy conversion
- Operation of a buzzer
- Demonstration of electrical-to-sound energy conversion
- Study of different electrical loads
- Practical voltage measurement
- Practical current measurement
- Study of rechargeable battery energy storage
- Comparative introduction to solar and fuel cell technologies
Applications
- Fuel Cell Laboratories
- Renewable Energy Laboratories
- Green Energy Laboratories
- Hydrogen Energy Laboratories
- Clean Energy Laboratories
- Electrical Engineering Laboratories
- Electronics Engineering Laboratories
- Energy Engineering Laboratories
- Sustainable Energy Laboratories
- Engineering Colleges
- Universities
- Polytechnic Institutes
- ITIs
- Vocational Training Institutes
- Technical Training Centres
- Research & Educational Laboratories
FAQs
What is a Fuel Cell Energy System Trainer?
It is an educational laboratory system designed to provide practical understanding of fuel cell energy conversion, electrical output, energy storage and related clean-energy applications.
What is the main purpose of this trainer?
The trainer helps students understand fuel cell technology through practical electrical measurements, energy conversion and load-operation experiments.
Does the system include a fuel cell?
Yes. The system includes a laboratory-scale fuel cell suitable for educational experiments.
What is the output rating of the fuel cell?
According to the supplied configuration, the fuel cell has a maximum voltage of approximately 0.6 V and a maximum current of approximately 100 mA.
Does the trainer include a solar cell?
Yes. A solar cell is incorporated into the system to provide additional renewable-energy experiments.
Can energy storage be studied?
Yes. Rechargeable batteries are included for practical demonstration of electrical-energy storage.
Can voltage and current be measured?
Yes. The trainer incorporates dedicated voltage and current measurement facilities.
What loads can be demonstrated?
The system supports practical demonstrations using loads such as a bulb, motor-driven fan and buzzer.
Does the trainer include short-circuit protection?
Yes. Fuse-based short-circuit protection is incorporated into the trainer.
What type of connections are provided?
The trainer uses 4 mm brass sockets and patch cords for convenient experimental connections.
Where should this product be categorized on the website?
The best placement is Renewable Energy Trainers → Fuel Cell Trainers.
Who can use the Fuel Cell Energy System Trainer?
It is suitable for engineering colleges, universities, polytechnic institutes, ITIs, vocational institutes and renewable or clean-energy training laboratories.
Why Choose Our Products
- Practical fuel cell technology training
- Clean-energy conversion experiments
- Integrated solar-energy learning
- Voltage and current measurements
- Rechargeable energy-storage experiments
- Multiple electrical load demonstrations
- Student-friendly experimental panel
- Compact laboratory configuration
- Short-circuit protection
- Suitable for institutional laboratories
- Customized configurations available
- Bulk and tender supply support
Call to Action
Equip your Fuel Cell and Renewable Energy Laboratory with the Fuel Cell Energy System Trainer from Micro Technologies. Designed for practical clean-energy experiments, electrical measurements, energy-storage studies and load demonstrations, the trainer provides an effective educational platform for modern energy technology. Contact us for technical specifications, customized laboratory setups, institutional quotations, bulk requirements or tender supply
