Software

• Software is an interactive.
• Easy to use simulation tool for teaching and training in the area of manufacturing automation.
• The users can customize factory layout, sequence processes, monitor each individual device and process time, simulate process times.
• Learn about how to optimize processes to minimize idle time.
• This software allows trainees to learn robot teaching techniques in a safe environment.
• Ready-made applications are available to train the user in the operations of the robot such as movement, programming and code generation.
• Easy to use; Axis and Cartesian programming; Onscreen teach pendant; Teach command programming.

Water Purification Lab

• Ensuring water is free from impurities is the first step in producing green hydrogen. Pure water is essential for efficient electrolysis, as contaminants can reduce the performance and lifespan of the electrolyzer.

Renewable Energy Lab

• Using renewable energy, such as solar or wind power, provides clean electricity for the electrolysis process. This Lab highlights the importance of integrating sustainable energy sources to produce green hydrogen with minimal environmental impact.

Electrolyze Process LAb

• The core of green hydrogen production involves splitting purified water into hydrogen and oxygen using an electrolyzer. This process converts electrical energy into chemical energy, creating hydrogen gas as a renewable fuel.

Gas Purification Lab

• After electrolysis, the produced hydrogen may contain water vapor and other impurities. This lab ensures that the hydrogen is purified to meet the required standards for safe and efficient use in various applications.

Gas Purification Lab

• After electrolysis, the produced hydrogen may contain water vapor and other impurities. This lab ensures that the hydrogen is purified to meet the required standards for safe and efficient use in various applications.

Gas Storage and Handling Lab

• Safely storing and handling the separated hydrogen and oxygen gases is crucial. Proper storage tanks and pressure regulation systems are used to prevent leaks and ensure the gases are kept at appropriate conditions.

Application in a Car Fuel Cell Lab

• The purified hydrogen is fed into a car fuel cell unit, where it reacts with oxygen from the air to generate electricity. This process demonstrates how fuel cells can use hydrogen as a clean energy source for transportation, emitting only water vapor as a byproduct, making it an environmentally friendly alternative to traditional fuels.