DE
The regional energy supplier badenova has begun construction of a hydrogen pipeline in the Upper Rhine region. Through its subsidiary badenovaNetze, the Badenova group is among the first companies to actively contribute to the development of Germany's national hydrogen core network.
The transport transition is a central component of the German climate protection strategy. As part of this, hydrogen is seen as a key energy source, especially for heavy-duty goods vehicles. But how can hydrogen refueling stations (HRSs) be supplied with hydrogen efficiently, sustainably and economically? A joint study by the National Organisation Hydrogen and Fuel Cell Technology (NOW GmbH) and the German Energy Agency (dena) examines four supply options via a future H₂ pipeline network. In the study, H₂ hubs that act as connecting elements between the emerging H₂ network and the HRSs are of particular importance.
Transport iron to use hydrogen: The new H2 storage technology of Ambartec AG conveys iron granulates and obtains the hydrogen on site through oxidation. In mid-February 2025, Ambartec, together with Purem by Eberspächer, signed a cooperation agreement (MOU) to prepare a serial production of this iron-nugget hydrogen storage and for its transport in standard 20-foot containers.
A research environment along the H2 value chain is being created at the Research Airport in Braunschweig. Research is being conducted on green hydrogen production as well as the storage, transportation and use of hydrogen in heavy-duty mobility. Based on designs by Jahn Architektur, a unique H2 research landscape on a real laboratory scale has been created on the approximately 5,000-m2 (54,000-ft2) site, making it a demonstrator of a future energy center in the megawatt range.
In the EU project SHIMMER, the German institute for materials research and testing BAM is working on a comprehensive knowledge database. There, important information on standards for safe materials and components as well as on the European gas infrastructure is to be made available. SHIMMER will be led by the Norwegian research organization SINTEF. The project brings together twelve European institutions, including national institutes and gas network operators from the countries Spain, Italy, Norway, Poland, Belgium, the Netherlands and Germany.
