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Institute of Energy and Climate Research
Fundamental Electrochemistry (IEK-9)

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energy & storage

Research Topics

The focus of the research is both the development of improved materials and components, and the fundamental understanding of the functioning of these components for energy storage and conversion.In the field of battery research alternative concepts for lithium ion batteries are developed. For future generations of batteries the focus is on metal air batteries with significantly improved energy density.
Within the research on fuel cells (SOFC) and steam electrolysers (SOEC) the main goal is lowering the operating temperature.
Cross cutting issues between batteries and fuel cells are centered around the study of efficient electro-catalytic materials for the oxygen reduction and evolution on the basis of transition metal components. Research: Research Topics …



Access to Jülich's infrastructure for durability testing of SOFC single cellsWithin the framework of the FP7 project H2FC European Infrastructure the SOFC team in IEK-9 of Forschungszentrum Jülich offers the use of their test facilities for durability testing (up to 3000 h) of SOFC single cells to external applicants from research and industry. More: DurSOFC …


neuer Batterietyp

New Batterytyp

A focal point of the research in the IEK-9 is the development of metal-air batteries. New insights in the functioning of the environmentally friendly silicon-air battery are recently published in two scientific publications. More: New Batterytyp …



A further major activity in IEK-9 is the development of high-temperature fuel cells and electrolysers. The knowledge of the kinetics and mechanisms gained by investigation of the electrode processes is used for the development of novel electrolyte and electrode materials, which should make operation of the SOFC at temperatures below 600 °C with sufficient performance characteristics feasible. More: SOFC …


Methods and Expertise

The scientific competences of the  IEK-9  are electrochemical, spectroscopic and microscopic technologies for the study of batteries and fuel cells. More: Methods and Expertise …

Additional Information

Prof. Dr. Rüdiger-A. Eichel

Reconstruction of the energy system - energy storage for the future

Today storage technologies already play an important role in the energy system, which will significantly change because of the expansion of fluctuating renewable energy sources. More: Reconstruction of the energy system - energy storage for the future …

Gruppenfoto Mai 2014

Contact partners

Information on organisation, departments and contact partners of
IEK-9 More: Contact partners …