Hydrogen Technology

Hydrogen is a clean, safe and innovative energy carrier with many positive features: It is fully climate neutral, it reduces geopolitical dependencies on fossil fuels and it promotes global competitiveness of the European industry.

Hydrogen produced from renewable energies will increasingly replace fossil fuels, thereby, the political goal to halve the global CO₂ emissions by 2050 can be reached.

This change of paradigm from a fossil fuel-based to a hydrogen-based economy demands for numerous technical, infrastructural and regulatory innovations.

Energy technologies, which are used for the production, storage, transport and conversion of hydrogen, have to be developed continuously in order to improve energy efficiency, robustness, safety and profitability.

In this regard, new materials and manufacturing technologies play an important role. The scientists and engineers of the department Hydrogen Technology develop novel materials and related production processes in the following areas

Electrode materials and 3D structures for alkaline electrolysis

Solid-State Storage
Materials and systems for hydrogen storage by means of hydrogen-solid reactions, e.g. metal hydrides, complex hydrides, hydride composites, MOFs, graphite

Materials and systems for hydrogen generation by means of water-solid reactions


Positionspapier HySpeedInnovation

A joint action plan for innovation and upscaling in the field of water electrloysis technology

4th Industry Workshop Advanced Alkaline Electrolysis

Joint research platform for energy storage systems

The new Fraunhofer Project Center for Energy Storage and Management Systems ZESS was inaugurated on February 7, 2019. Located at the Automotive Research Centre Niedersachsen (NFF) in Braunschweig, it is a joint initiative of the Fraunhofer Institutes  IKTS, IFAM and IST – in close cooperation with the Technische Universität Braunschweig. The purpose of the new project center is to develop existing energy storage systems, both mobile and stationary, to the level of industrial maturity, and to demonstrate new solutions at a level of technological maturity of four to six.