The battery ecosystem along the entire value chain.

For more than a decade, Münster has enjoyed a strong international reputation for cutting-edge research in lithium-based battery technologies. With BatteryCityMünster (BCM), the research location is evolving into a strong and internationally visible battery ecosystem, a hub for science, businesses, and start-ups along the entire value chain – from innovative materials and battery cell development to production and scaling research, all the way to application and the investigation of suitable recycling strategies.

The goal is to accelerate the transfer of innovations into marketable products and industrial processes. BatteryCityMünster is supported by strong partners – the MEET Battery Research Center at the University of Münster, the Helmholtz Institute Münster (HI MS), the Fraunhofer Research Institution for Battery Cell Production (FFB), and IWARU at FH Münster. In addition to partners from science and research, a number of companies from Münster and the Münsterland region, so-called "Hidden Champions," are part of BatteryCityMünster.

Battery manufacturers, suppliers, plant engineers, testing service providers, software companies, and recycling companies find direct points of contact here for collaborations, pilot applications, and new business models.

Technologieförderung Münster (TFM) is the initiator and driving force behind BatteryCityMünster. Together with its partners, it bundles activities and strategically guides development. With its own cluster management and the establishment of a new battery infrastructure, BattL3, a cooperative environment is created in which transfer and innovation are jointly driven forward.
Dr. Yves Preibisch
Cluster Manager Battery Systems

BATTL3

Hub for Scaling and Transfer
BATTL3 is the next chapter in this ecosystem – a new collaborative building for the battery industry. It is not purely a research building, but a place where companies can settle, collaborate, and drive projects forward together with partners from BatteryCityMünster – with short distances, shared networks, and a clear focus on transfer, scaling, and industrial implementation.

The project is funded by the European Union (ERDF program).

» Lab and office spaces for battery-related companies
» Location for start-ups and scale-ups
» Bridge between research, piloting, and market
www.battl3.de

MEET

Münster Electrochemical Energy Technology
MEET is one of Europe's leading research and development centers for electrochemical energy storage. The focus is on the development, characterization, and optimization of battery materials and systems – from material research to cell level.

» Basic and applied battery research
» Material development & cell optimization
» Battery safety & aging
www.uni-muenster.de/meet

Helmholtz Institute Münster (HI MS)

Ion Conductors for Energy Storage (IMD-4)
The Helmholtz Institute Münster (HI MS) investigates novel battery technologies with a focus on electrolytes – from liquid and polymer electrolytes to solid-state electrolytes and hybrid systems.

» Development of Innovative Electrolyte Formulations
» Interfaces and Interphases
» Redox-Flow and Aqueous Battery Systems
www.fz-juelich.de/de/imd/imd-4

Fraunhofer FFB

Fraunhofer Research Production Facility for Battery Cells
Fraunhofer FFB bridges the gap between research and industrial series production. Here, new battery cell technologies are developed, tested, and scaled under real production conditions.

» Pilot Production of Battery Cells
» Industry-oriented Development & Scaling
» Production Processes and Quality Assurance
www.ffb.fraunhofer.de

IWARU

Institute for Infrastructure, Water, Resources, Environment
IWARU at FH Münster examines battery technologies in a systemic context: from resources, their sustainable use and management, to the development of new strategies and technologies for the sustainable management of critical raw materials. A key focus is on battery recycling and the circular economy.

www.fh-muenster.de/iwaru
Förderung
The "BATTL3" project is funded by the European Union (ERDF program).

Partners from Industry

Companies in the Battery & Storage Cluster

Aumann Group

The Aumann Group is a global leader in special machinery and automated production lines with a focus on e-mobility. Their expertise spans the entire value chain of battery manufacturing – from high-precision electrode coating to the automated assembly of battery modules and packs. Their innovative, scalable solutions serve the growing demand for high-performance and sustainable battery systems for electric vehicles and energy storage.

Cabot Battery Materials GmbH

Cabot Corporation is a global leader in specialty chemicals and performance materials, focusing on conductive additives for lithium-ion batteries. Cabot's uniquely comprehensive product portfolio includes LITX® Conductive Carbons, ENERMAX® Carbon Nanotubes, and ENERMAX® Carbon Nanostructures, each designed to enhance battery performance by improving electrical conductivity, energy density, and lifespan. These additives are crucial for applications in electric vehicles, stationary energy storage, and consumer electronics, and are offered in various forms, including liquid dispersions, enabling tailored solutions that integrate seamlessly into existing manufacturing processes. Learn more about Cabot:

E-Lyte Innovations GmbH

E-Lyte is a full-service partner in electrolyte solutions for energy storage technologies such as Li-ion, Na-ion, and next-generation batteries, as well as supercapacitors. Over 50 years of combined experience in the battery sector, strong cooperation partners, a unique testing infrastructure, and a state-of-the-art production facility for electrolyte solutions in Kaiserslautern make E-Lyte a trustworthy and sustainable partner. E-Lyte was founded in Münster in May 2019. In this short time, E-Lyte has developed into an internationally active company, and the "E-Lyte" brand has become synonymous with the most innovative and highest-quality "Made in Germany" electrolytes in the energy storage market.

Matthews Engineering

As a leading provider of standard and custom calender, embossing, and rotary processing systems, Matthews Engineering develops and manufactures highly specialized machines and systems for the energy and storage market. The company covers the entire process from development, design, and manufacturing to the installation and commissioning of production lines. Extensive testing facilities and versatile laboratory equipment form the link between laboratory and large-scale production.

The flexible laboratory calender GK300L enables the mapping of scalable laboratory processes. The device can be precisely tailored to specific requirements and allows for the processing of dry electrodes. Matthews Engineering offers advanced equipment for the production of battery components – from calendering lines for continuously and intermittently coated electrodes (wet coating) to its innovative production technology for dry battery electrodes (DBE), including roll-to-roll base coating of current collectors. Production lines for battery separator films and battery packaging applications complete the portfolio.

SEINE-Batteriesysteme

For over 40 years, SEINE-Batteriesysteme has been your reliable partner for battery systems and charging solutions in intralogistics and renewable energies. Their expertise covers the design, operation, and comprehensive service of premium batteries for industrial applications, which impress with outstanding performance and longevity. SEINE solutions are not only remotely maintainable and come with long-term guarantees, but also offer comprehensive support from their in-house service team. They cover a large part of the value chain – from development and operation to reconditioning and recycling of batteries.

8inks

8inks is a deep-tech spin-off from ETH Zurich, specializing in the development of innovative manufacturing processes for battery cells. The focus is on the so-called "Multilayer Curtain Coating" technology – a completely new coating process that allows batteries to be produced more efficiently, with less material consumption, and in a scalable manner. The goal is to make the production of energy storage devices more flexible and to open up new possibilities in design and application. As an industrial partner in the Battery Cluster, 8inks contributes its expertise in connecting research and industrial implementation, thereby advancing modern battery technologies.

Münster Location
World-renowned neighbors from business & science

Short distances, strong research, and a dynamic innovation environment: Münster combines excellent universities, leading research institutions, and a growing technology scene. The location is conveniently situated with direct access to motorways and in close proximity to Münster/Osnabrück Airport – ideal for national and international companies.

Nestled between the Science Park, Technology Park, and Medical Center, Münster offers ideal conditions for collaboratively developing ideas and successfully bringing innovations to market.
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