Today, fuel cells are being developed to power commercial buildings, homes, passenger vehicles, and even small devices such as laptop computers. This article describes basic fuel cell components, ...

Discover how integrating a fuel cell stack with an inverter can be simplified. Learn about the impact of ripple current on fuel cell stack lifespan and explore an innovative inverter topology that ...

As fuel cells are likely to be used in many future applications, dedicated power converters must be developed and optimized. A thorough knowledge of the fuel cell operation is thus required for ...

The working principle of the 400KW hydrogen fuel cell stack is based on the reverse reaction of water electrolysis, where hydrogen is oxidized to water and electrons at the anode, and oxygen is ...

TÜV Rheinland-verified fuel cell sets new benchmark in size, weight and performance—advancing aerospace, marine and ...

Fuel and Oxygen Flow Rate Calculation: Functions (calculate_fuel_flow_rate, calculate_oxygen_flow_rate) implementing mass balance principles to determine the required hydrogen and oxygen flow rates ...

Hyundai’s Initium concept has a next-generation fuel-cell stack underneath, with improvements that will deliver range of around 400 miles, maximum output of 150 kW, and better durability. The ...

Integration of fuel cell stack with an inverter is complex in nature. A number of factors have to be taken into account in designing the inverter as well as during the integration. One of these ...

As fuel cells are likely to be used in many future applications, dedicated power converters must be developed and optimized. A thorough knowledge of the fuel cell operation is thus required for power ...