Explore our Academic Labs

The trainer enables students and researchers to understand the complete process of hydrogen storage, compression, dispensing, and vehicle refueling in a controlled laboratory environment. Unlike conventional classroom instruction, the system allows learners to visualize hydrogen transfer processes, pressure management strategies, safety protocols, and refueling operations in real time.

HYDROGEN LEAK DETECTION TRAINING SYSTEM

FUEL CELL BENCHMARKING SYSTEM

HYDROGEN REFUELLING STATION TRAINER

The trainer enables students to understand how a Proton Exchange Membrane (PEM) fuel cell converts hydrogen into electrical energy while producing only water as a by-product. Unlike conventional classroom demonstrations, the system allows users to observe voltage generation, current characteristics, fuel consumption, efficiency trends, and load response in real time.

The trainer enables students and professionals to understand the principles of hydrogen leak detection and safety monitoring in hydrogen production, storage, transportation, and fuel cell applications. Unlike conventional classroom instruction, the system allows users to observe leak scenarios under controlled conditions and evaluate the performance of multiple detection technologies in real time.

SOLAR TO HYDROGEN TRAINER

The trainer enables students to understand how renewable solar energy can be converted into hydrogen and subsequently reconverted into electrical power through a fuel cell. Unlike conventional classroom demonstrations, the system allows users to observe the complete energy pathway from solar generation to hydrogen production, storage, and power generation.

FUEL CELL ELECTRIC VEHICLE TRAINER

FUEL CELL TRAINER

The trainer enables students and researchers to understand the complete operation of a Fuel Cell Electric Vehicle (FCEV), from hydrogen storage and fuel cell power generation to vehicle propulsion and energy management. Unlike conventional classroom instruction, the system allows learners to visualize how hydrogen is converted into electrical energy, managed through onboard electronics, and delivered to the electric drivetrain.

The Fuel Cell Benchmarking System enables researchers, engineers, and students to evaluate and compare the performance of fuel cell stacks under controlled operating conditions. Unlike conventional laboratory demonstrations, the system provides accurate characterization of fuel cell behavior through automated testing, real-time monitoring, and detailed performance analysis.