thyssenkrupp nucera and Fraunhofer IKTS: Strategic partnership in SOEC technology

Quick introduction

"We are very pleased to contribute our world-leading research and development expertise in SOEC technology to the partnership with thyssenkrupp nucera."

Prof. Alexander Michaelis, Institute Director Fraunhofer IKTS

The high energy efficiency of SOEC technology will primarily benefit industries in which industrial waste heat is generated during production, as its use significantly reduces the electricity consumption of electrolysis.

Fraunhofer IKTS is working with its strategic industrial partner thyssenkrupp nucera on the industrialization of SOEC technology. In May 2025, the first pilot production plant was put into operation in Arnstadt. New manufacturing processes and automation technologies are being tested here.

SOEC technology for the production of green hydrogen enables particularly efficient electricity-to-hydrogen conversion, uses industrial waste heat, does not require rare precious metals and can convert CO₂ directly into synthesis gas and downstream products, such as e-fuels. It therefore makes an important contribution to CO₂ reduction in energy-intensive industries, such as steel, ammonia and methanol production.

The European and global demand for electrolyzers is immense. To meet this demand, production capacity on a gigawatt scale is required, for which a partnership with a market-experienced and strong industrial partner is crucial. "The partnership with thyssenkrupp nucera underlines the potential of our research," says Prof. Alexander Michaelis, Director of Fraunhofer IKTS. "It is a strong signal for the role of the Fraunhofer-Gesellschaft in implementing the energy transition."

 

SOEC pilot production plant opened

Fraunhofer IKTS/thyssenkrupp nucera: Paul-Philipp Braun

thyssenkrupp nucera and Fraunhofer IKTS opened first SOEC Pilot Production Plant for Stacks for the Production of Green Hydrogen in Arnstadt/Thuringia

  • Important milestone on the road to commercial and large-scale industrial use of highly innovative SOEC electrolysis for decarbonizing industry
  • Significant cost advantage in certain areas of application thanks to high efficiency of high-temperature electrolysis technology (SOEC)
  • Strengthening of thyssenkrupp nucera's hydrogen technology portfolio for industrial applications with SOEC as the perfect complement to existing AWE technology

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Fraunhofer IKTS - leading partner for the entire utilization chain of current and future hydrogen technologies

 

Group

Hydrogen Technologies

Research into hydrogen process engineering and the qualification of existing technologies as well as the development of electrochemical flow cell reactors.

 

Group

Ceramic Energy Converters

Glass solder development, film technology, interconnectors, cell development, joining technology, simulation and initialization of SOFC stacks.

 

Group

Energy System Concepts and Systems Integration

From the model to the real, production-ready system - developed specifically for the customer.

 

Group

Joining Technology

High-temperature-stable, hermetic and corrosion-resistant ceramic-ceramic and ceramic-metal connections.

 

Group

Materials for Printed Systems