The transformation strategy of Germany and the EU focusses on decarbonising the economy and mobility by increasing the use of renewable energies to pave the way for a sustainable future. Hydrogen is considered a key element in achieving this goal, as it can be used as an energy source or raw material for various industries, e.g. the steel industry, in both gaseous and liquid states. The Hydrogen Campus e.V. partners are addressing challenges across the entire value chain and promoting public awareness by integrating politics, industry, and science. Research focuses on production and utilization issues, including sector coupling concepts, production facility transformation, innovative mobility solutions, and fuel cell, electrolysis cell, and hydrogen storage system production technology.
Wasserstoff Campus Salzgitter is a collaboration between politics, business, and science that researches topics related to the entire hydrogen value chain. The goal is to develop technologies for production and use while considering economic and ecological aspects. It also serves as a training and education platform for specialists and managers in the region and beyond.
If you are interested in learning more about the Wasserstoff Campus Salzgitter, please visit the webpage.
The department of Assembly and Production Automation of the Institute of Machine Tools and Production Technology (IWF) conducts research on the production, assembly, and disassembly of electrolysis and fuel cells. The objective of this research is to explore novel concepts and solutions for the assembly and disassembly of alkaline electrolysis cells, as well as the stacking of PEM fuel and electrolysis cells, and other automation-related topics in the context of hydrogen storage systems and fuel and electrolysis cell production.