Electrochemical Storage

About

The department focuses mainly on the development of lithium- and sodium solid state batteries as novel, improved types of batteries for stationary and mobile applications.

In combining knowledge and know-how on materials and components development, which includes synthesis, thin film technologies and ceramic processing, we aim for bringing forward solid state batteries with high energy and power density.

Research Topics

Our research covers the full chain of the battery development, starting from the fundamentals of materials chemistry towards the battery components and complete cells.

More Information here

Contact

Prof. Dr. Dina Fattakhova-Rohlfing

IMD-2

Building 01.3 / Room 245

+49 2461/61-85051

E-Mail

Our research areas

Solid State Batteries

The "Solid State Batteries" research group works on the future of energy storage technology: ceramic solid state batteries. These batteries, which work with solid-state ion conductors instead of liquid or polymer electrolytes, offer a promising solution for greater safety and improved energy and power density.

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Materials Development

The "Material Development" group deals with the production of powders for ceramic and composite materials. From classic and innovative synthesis methods to large-scale production, the powders are manufactured specifically for use in electrochemical applications.

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The "Solid State Batteries" research group works on the future of energy storage technology: ceramic solid state batteries. These batteries, which work with solid-state ion conductors instead of liquid or polymer electrolytes, offer a promising solution for greater safety and improved energy and power density.

More
Thin-Film Technologies

The "Thin Film Technology" research group at IMD-2 enables the mass production of highly complex systems by developing efficient, economical production processes for energy converters and storage devices.

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Electroactive Nanomaterials

The "Electroactive Nanomaterials" group focuses on the development of novel synthesis methods for nanostructured materials for electrochemical energy conversion and storage applications as well as on understanding and controlling the processes that influence the properties of charge transfer and charge transport on the nanoscale.

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The "Thin Film Technology" research group at IMD-2 enables the mass production of highly complex systems by developing efficient, economical production processes for energy converters and storage devices.

More

Secretary

  • imd
  • imd-2
Building 01.3 /
Room 244
+49 2461/61-3362
E-Mail

scientific instructor

Building 01.3z /
Room 5009
+49 2461/61-4328
E-Mail

Team Leader Solid state Batteries

Dr. Martin Finsterbusch

Teamleiter Festkörperbatterien

  • imd
  • imd-2
Building 01.3 /
Room R 241
+49 2461/61-2877
E-Mail

Team Leader Materials Development

Dr. Frank Tietz

Teamleiter "Materialentwicklung"

  • imd
  • imd-2
Building 01.3 /
Room 240
+49 2461/61-5007
E-Mail

Team Leader Thin-Film Technologies

Building 01.3 /
Room 219
+49 2461/61-5984
E-Mail

Team Leader Electroactive Nanomaterials

  • imd
  • imd-2
Building 01.3 /
Room 245
+49 2461/61-85051
E-Mail
Projects

NASS – Wässrige Natriumbatterien für kostengünstige und nachhaltige stationäre Energiespeicherung (Karlsruher Institut für Technologie (Helmholtz-Institut Ulm), IEK-1), Oktober 2022 – September 2025

HeNa: Herstellungswege für Natrium-Festkörperbatterien (IKTS Dresden, ILT Aachen, IEK-1, IFW Dresden, TU Darmstadt), August 2021 – Juli 2024

Naseber: Natriumbasierte feste Sulfid- und Oxid-Elektrolyt Batterien (Volkswagen AG, JLU Gießen, IEK-1, Humboldt-Universität Berlin), Januar 2019 – Juni 2022

ProFeLi: Produktionstechnik für Festkörperbatterien mit Lithium-Metall-Anode (TU München, IEK-1, IEK-2, Brückner Maschinenbau GmbH & Co. KG, GS GLOVEBOX Systemtechnik GmbH, J. Schmalz GmbH, Zwick GmbH & Co. KG, Volkswagen AG), Februar 2019 – Juli 2022

NextGenBatt, Forschungsinfrastruktur für zukünftige Batteriegenerationen (RWTH Aachen (PEM, IME), Fraunhofer ILT, IEK-1, IEK-9 und IEK-12), Die parallele Erforschung evolutionärer (Weiterentwicklung Li-Ionen-Batterien) und revolutionärer Konzepte („post-Li-Ionen“ Festkörper-batterien) entlang der Wertschöpfungskette ist der zentrale Punkt, der mit den geplanten Investitionen realisiert werden soll. Gefördert vom Land NRW (EFRE-NRW), September 2018 – Dezember 2020

EVABATT, Evaluierung fortschrittlicher Festkörperbatteriekonzepte mit hoher Sicherheit und Leistung, (JLU Gießen, Fraunhofer ICT, TU München, IEK-1 & National Cheng Kong University, Feng Chia University, National Universty of Tainan, Industrial Technology Research Institute of Taiwan, National Applied Research Laboratories) November 2017 – Oktober 2020

GrEEn, Grüne Elektrochemische Energiespeicher (RWTH Aachen, WWU Münster, IEK-1, IEK-9), September 2017 – August 2020

INDICATE, In-situ Analysis of Li-Distribution in Cathodes, (WWU Münster, IEK-1), September 2017 – August 2019

LISZUBA, Lithium-Schwefel-Feststoffbatterien als Zukunftsbatterie (JLU Gießen, TU Braunschweig, TU Berlin, IEK-1), Juli 2017 – Juni 2020

BCT, Battery Cell Technology (ContiTech Elastomer-Beschichtungen GmbH, Henkel Electronic Materials N.V., Saueressig GmbH + Co. KG, Adphos Group, FhG-IPA, Uni Stuttgart, IEK-1, WWU Münster, TU Braunschweig), Juli 2017 – Juni 2019

MEET Hi-EnD II, Materials and Components to Meet High Energy Density Batteries (RWTH Aachen, WWU Münster, IEK-1, IEK-2, IEK-9 und IEK-12), Oktober 2016 -September 2019

FELIZIA, Festelektrolyte als Enabler für Lithium-Zellen in Automobilen Anwendungen (BMW AG, BASF SE, IEK-1, IEK-12, TU München, Justus Liebig-Universität Gießen, KIT, Schott AG, VW AG), Januar 2016 – Dezember 2018

BenchBatt, Benchmarking und Validierung der Leistungsfähigkeit und Kosten von Hochenergie- und Hochvolt-Lithium-Ionen Batterien im Vergleich zu Post-Lithium-Ionen Technologien (WWU Münster, IEK-1, IEK-12, TU Braunschweig, Justus Liebig Universität Gießen), Januar 2016 – Dezember 2018

Publications

Last Modified: 28.11.2024