International Centre for Sustainable Development (IZNE)

European Hydrogen Energy Conference 2022 in Madrid

Thursday 9 June 2022

From 18 to 20 May, the European Hydrogen Energy Conference (EHEC) 2022 took place in the Spanish capital Madrid. More than 1,100 participants from industry, politics and science came together to exchange news about the expansion of a hydrogen economy. H-BRS was there for the first time and presented results from the FlexHyX project.

EHEC 2022_Stefanie Meilinger_Steffen Schedler.jpg (DE)
Researchers at the H-BRS are investigating the flexibility options of regenerative hydrogen production and use by means of decentralised stationary metal hydride storage and integration into gas grids

Spain - pioneer in green hydrogen production

Spain is the European country with the greatest potential for producing hydrogen from renewable energy sources. So-called green hydrogen is key to the reduced use of fossil fuels targeted in many European roadmaps (including Spain's and Germany's). Cheap hydrogen production could make Spain an important exporter of hydrogen to other EU countries. It is therefore not surprising that hydrogen production by means of electrolysis and electricity from renewable energy was the central focus topic at the conference in Madrid.

 

H-BRS participates for the first time and presents results from FlexHyX project

In numerous presentations from industry and science, news and methods on the topic of hydrogen were presented and discussed. The Bonn-Rhein-Sieg University of Applied Sciences (H-BRS) was represented by Prof. Stefanie Meilinger and PhD student Steffen Schedler, who presented the first results from the FlexHyX project at the conference.

 

Project FlexHyX

In the FlexHyX project, researchers at the H-BRS are investigating the flexibility options of regenerative hydrogen production and use by means of decentralised stationary metal hydride storage and integration into gas grids.
Decentralised hydrogen storage offers flexibility in the storage of electrical energy from renewable energy sources and thus enables their use independent of generation. Using dynamic simulation, the researchers are investigating various possible applications of an innovative hydrogen storage system based on a metal hydride and how these can be connected together in a network.They are paying particular attention to stationary hydrogen storage for increasing the energy self-consumption of photovoltaic roof systems across the seasons. Professor Stefanie Meilinger and doctoral student Steffen Schedler were able to establish contacts and develop ideas for cooperation through the professional exchange among the conference participants.

With the idea of networked hydrogen storage systems, the H-BRS is pursuing an area of research in which only very few players worldwide are active to date. Several professors from the Institute of Technology, Resource Efficiency and Energy Efficiency (TREE) and the International Centre for Sustainable Development (IZNE) are successfully working together in this field. The group now comprises more than 10 people working on the production, storage and distribution as well as sustainability issues of hydrogen.

Contact

Meilinger-Stefanie FBEMT 20150701 StA Foto S.Flessing.jpg (DE)

Stefanie Meilinger

Professorin

Research fields

Location

Sankt Augustin

Room

G 037

Address

Grantham-Allee 20

53757 Sankt Augustin

Steffen Schedler

Forschung

Research fields

Location

Sankt Augustin

Address

Grantham-Allee 20

53757 Sankt Augustin

Further Links