Fuel Cell Test Bench
(AG105)
- Constructing and evaluating a hybrid system.
- Investigating the relationship between the fuel cell’s power output and hydrogen consumption under different loads.
- Comparing the efficiency of energy conversion in the fuel cell under various.
- knowing the fuel cell characteristic curve and maximum power point.
- Understanding supercapacitor charge and discharge properties.
- Identifying the characteristic curve and energy efficiency of an electrolyzer.
- Determining the relationship between fuel cell performance and air supply.
- Investigating the fundamental equations of motion and the conversion of electrical to mechanical power.
- Fuel Cell Test Bench (AG105).
- Hard Copy User Manual.
A stand-alone educational system designed to provide hands-on experience with fuel cell performance and efficiency testing. It enables students and trainees to explore the core principles of fuel cell technology, observe real-time data, and understand the various factors influencing fuel cell operation, such as temperature, load, humidity, and gas flow rates. Through a range of experiments, this trainer demonstrates the efficiency, power output, durability, and operational characteristics of a fuel cell under different conditions, making it an ideal tool for learning about alternative energy technologies.
- This trainer provides a comprehensive educational experience, equipping trainees with theoretical knowledge and practical skills crucial for understanding and working with fuel cell technologies in sustainable energy applications.
- The trainer includes a PEM fuel cell, voltage and current meters, temperature sensors, gas flow meters, humidity control, exhaust analyzer, variable load, and data logging interface.
- The PEM fuel cell converts hydrogen and oxygen into electricity, water, and heat.
- Voltage and current meters monitor output in real-time for performance analysis.
- Temperature sensors track the cell temperature, showing its effect on efficiency.
- Gas flow meters measure and control hydrogen and oxygen input rates.
- This trainer provides a comprehensive educational experience, equipping trainees with theoretical knowledge and practical skills crucial for understanding and working with fuel cell technologies in sustainable energy applications.
- The trainer includes a PEM fuel cell, voltage and current meters, temperature sensors, gas flow meters, humidity control, exhaust analyzer, variable load, and data logging interface.
- The PEM fuel cell converts hydrogen and oxygen into electricity, water, and heat.
- Voltage and current meters monitor output in real-time for performance analysis.
- Temperature sensors track the cell temperature, showing its effect on efficiency.
- Gas flow meters measure and control hydrogen and oxygen input rates.
- Humidity control adjusts moisture levels to study its effect on fuel cell output.
- The exhaust analyzer assesses exhaust composition for efficiency evaluation.
- The variable load allows testing under different power loads for performance insights.
- The trainer features a real-time digital display and data logging capability.
- Safety features include an emergency stop button, gas sensors, and pressure relief valves.