Joint research on high-temperature electrolysis at the Ceramic Materials Engineering research group: Prof. Dr. Stefan Schafföner; Ilaria Bombarda M.Sc.; Dr. Carolin Sitzmann; and Dr. rer. nat. Nico Langhof (from left to right). (UBT / Christian Wißler)
Germany: Sustainable Energy Supply

University of Bayreuth Develops Low-Cost Electrolyzers for Green Hydrogen

The University of Bayreuth under its H₂ Giga project focuses on the research, development, and industrial production of high-performance, low-cost electrolyzers to meet Germany's demand for green hydrogen. One of the seven H₂ Giga projects called ‘HTs: HTEL Stacks – Ready for Gigawatt’ has received funding of more than 11,00,000 dollars. Chair of Ceramic Materials Engineering at the University of Bayreuth is responsible for this collaborative project.

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Field distribution box: Modular fieldbus components support Profibus PA applications in a scalable manner — and therefore always on a demand-oriented basis. Device couplers provide segment protection. (Phoenix Contact)
Milestone Interface Technology/Connectivity

Exciting with Inspiration and Innovations

Ever since the 1920s, Phoenix Contact has been driven by one thing: the pursuit of “better.” Already in its early years, the company demonstrated with its first series terminal block, the so-called RWE terminal block, that it works closely with its customers on all new developments. Then and today, it has always been about connectivity: from the field, through mapping and on to connectivity to the process control level. And time and time again, Phoenix Contact products have spearheaded new technology trends.

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