Hydrogen technologies

Hydrogen technologies are emerging as a promising solution in the quest for sustainable energy and emission reduction. AECC activities start with looking into following three primary technology areas, each playing a vital role in both mobile and stationary applications.

These hydrogen technologies present opportunities for advancing towards a sustainable energy future, addressing the challenges of energy storage, decarbonisation, and clean transportation. As the global focus shifts to reducing carbon emissions, the integration of hydrogen solutions across various sectors showcases their potential as a pivotal component in achieving environmental goals.

Hydrogen Combustion Engine

• This technology utilises hydrogen as a direct fuel source, burning it in an internal combustion engine similar to a traditional gasoline or diesel engine. Hydrogen combustion engines can be applied in various mobile applications, such as automobiles and trucks, and find potential in stationary power generation, providing an efficient way to utilise existing engine technologies while transitioning to a cleaner fuel. Pollutant emissions are handled at zero-impact level with catalysts and filters from AECC members.

Hydrogen Fuel Cell

• Hydrogen fuel cells do not combust hydrogen in contrast to an engine, but generate electricity through an electrochemical reaction to power an electric motor. This technology can be used in mobile applications, like trucks, buses, and trains. Additionally, hydrogen fuel cells are increasingly being used in stationary applications, providing reliable and efficient power sources for buildings and facilities, especially in remote areas or as backup power solutions. AECC members provide core components of the fuel cell technology.