Water Electrolysis Training System
(AG104)
- Understanding basic water electrolysis components.
- Observing hydrogen and oxygen gas production.
- Comparing PEM and Alkaline electrolyzers performance.
- Understanding electrolyte concentration›s impact on hydrogen production.
- Investigating electrode material›s impact on efficiency.
- Studying voltage and current›s effect on gas production.
- Analyzing efficiency and gas yield effects of different operating temperatures.
- The water electrolysis training system (GH201).
- BEDO Software.
- Hard copy user manual.
- The water electrolysis training system (AG104).
- BEDO Software.
- Hard copy user manual.
- Laboratory PC.
The training system is an educational test bench that controls and measures important parameters in order to monitor and optimize the hydrogen production process. The system uses an electrolyzer to split water into hydrogen and oxygen, with sensors monitoring variables and a gas collection system for efficient testing. Through systematic testing, trainees can identify optimal operating conditions to maximize hydrogen production efficiency. The software collects real-time data for performance analysis, allowing trainees to learn how electrolyte concentration, electrode materials, applied voltage, temperature, and pressure affect the overall efficiency of the electrolysis process.
- The water electrolysis test bench is designed to provide a controlled environment for trainees to explore and optimize the process of hydrogen generation.
- This system offers precise control over key variables and real-time monitoring, allowing trainees to perform experiments and analyze the impact of various parameters on electrolysis efficiency.
- Various parameters influence the system’s efficiency, including:
- Electrolyte concentration
- Electrode materials
- Voltage and current density
- Temperature
- Pressure
- By optimizing these parameters, the efficiency of electrolysis can be maximized, making hydrogen generation a more viable and clean energy source.
- The system's core is the electrolyzer cell, which converts water into hydrogen and oxygen using electricity.
- It supports various electrolyzer types :
- PEM.
- Alkaline electrolyzers.
- that is made from corrosion-resistant materials, and holds different electrolyte solutions.
- The power supply delivers consistent, adjustable electrical power to the electrolyzer, with a wide voltage and current range. It ensures stability, precision, and low ripple, allowing trainees to set specific levels for hydrogen production and energy efficiency.
- The test bench comprises a tank that supplies water to the training system.
- The system measures hydrogen and oxygen production using a gas separation and collection system.
- Gases are collected in separate chambers using graduated or digital meters. High-precision tubes ensure safe storage and accurate flow rates for trainees.
- The system uses various sensors to monitor critical parameters in real time, including voltage, current, temperature, and pressure sensors.
- These sensors ensure high precision and accuracy. Additionally, pressure sensors provide accurate data for higher pressure experiments.
- The test bench features a real-time data acquisition system (DAQ) for recording input voltage, current, temperature, pressure, and gas flow rate. It's connected to a computer for seamless data transfer and control, and allows trainees to set up and automate testing sequences.
- The electrolysis system, equipped with either water or air cooling, can handle high-power experiments. A thermostatic control ensures temperature control, preventing overheating.
- The training system prioritizes safety through various safety mechanisms, including hydrogen sensors for leak detection, pressure relief valves for overpressure, emergency shut-off switches for power cuts, and fuses and circuit breakers for electrical overload protection.
- The modular system allows easy component swapping, enabling trainees to conduct diverse experiments without replacing the entire system. It's expandable, allowing for high-pressure testing and advanced data logging.
- The training system offers a comprehensive platform for studying and optimizing water electrolysis, providing precise control, real-time monitoring, safety features, and user-friendly software.