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University of Stuttgart

otherGermany 3 mentions

Higher education and research institution with approximately 150 institutes spanning quantum technology, aerospace, sustainable design, robotics, biomedicine, and artificial intelligence

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Often mentioned with · Technologies

Ammonia Synthesis and Recovery
Technology for converting hydrogen and nitrogen into ammonia, and recovering hydrogen from ammonia. Ammonia is being researched as a promising energy carrier for hydrogen transportation.
1 mention
Green ammonia
Ammonia produced from green hydrogen, which is generated using electrolysis powered by renewable electricity, representing the ultimate goal for clean shipping fuel.
1 mention
Bivalent Systems
Industrial systems capable of operating with either renewable electricity or hydrogen, enabling flexible energy supply. Represents key infrastructure innovation for industrial decarbonization.
1 mention
Technologies
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Often mentioned with · Locations

Baden-Württemberg
Baden-Württemberg
DE 1 mention
Daures constituency, Erongo region (near Dorob National Park)
Daures constituency, Erongo region (near Dorob National Park)
NA 1 mention
Baden-Württemberg (Stuttgart and Freudenstadt)
Baden-Württemberg (Stuttgart and Freudenstadt)
DE 1 mention

Often mentioned with · People

Prof. Alexander Sauer
Germany 1 mention
Prof. Kai Peter Birke
Germany 1 mention

In the news (3)

Hydrogen Research Platform at University of Stuttgart Drives Industrial Decarbonization
Founded as a leading research university, the University of Stuttgart is operating the WAVE-H2 platform through two key institutes: the Institute for Energy Efficiency in Production (EEP) and the Institute for Photovoltaics (ipv). The university is spearheading hydrogen technology research for industrial decarbonizatio
Green Hydrogen Village: Namibia’s Game-Changer in Renewable Energy
The University of Stuttgart collaborates on research and technological development for the Daures Green Hydrogen Village, especially regarding hydrogen and ammonia production processes.[1]
Digital Holographic 3D Sensor Revolutionizes Fuel Cell Quality Control in Germany
Partnered with Fraunhofer IPM in the sensor's development. Developed a simulation toolchain to integrate sensor data into the optimization of production processes for metal bipolar plates.[1]

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