Fraunhofer Research Institution for Battery Cell Production FFB

FFB-Blog

What are the current issues that our researchers are facing in the battery field? What will we realize in the "FFB PreFab" and the "FFB Fab"? Which possibilities do we see to continuously optimize the performance of battery cells? In our FFB Blog, we take our pulse on precisely these on-going questions. Our team from research and administration provides the answers.

At Fraunhofer FFB, we are excited about the trending topics, the latest technologies, and developments in battery research, and we would like to infect you with this enthusiasm in the blog.

The articles by our researchers and an editorial team intend to describe our activities and provide detailed background information on the research blog.

Latest posts

From the pan to the battery

Blog article

From the pan to the battery

Learn more about PFAS in battery cells and possible alternatives.

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Your energy for battery research

job advertisement

Your energy for battery research

From January 2025, students will have the opportunity to work on digitalized battery production as part of their final thesis.

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Battery-technology.net launches

blog article

Battery-technology.net launches

Fraunhofer FFB's technology management team is launching a new website aimed at providing increased transparency in battery cell production.

Full article

Prismatic prototype sprint

Report

Prismatic prototype sprint

The development of our initial FFB prototype cells was successful, and we have documented the process that led to this.

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"Dry coating" in battery cell production

Blog post

"Dry coating" in battery cell production

Learn how dry coating works as an alternative coating process and the benefits it offers.

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Systematic overview of the formation process

Collaborative review paper published/ Energy & Environmental Science

Systematic overview of the formation process

The review paper "Lithium-ion battery cell formation: status and future directions towards a knowledge-based process design" provides an overview of the formation process of lithium-ion batteries.

Abundant battery raw materials

The sustainability quartet

Abundant battery raw materials

The blog post takes a closer look at abundant battery raw materials: Aluminum, iron, phosphate, copper and sodium. How are they extracted? How sustainable are they?

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Optimised battery cell testing

In 2022, Fraunhofer FFB launched the "Auto-Bot" project in collaboration with ISEA. S The announced robotic arm is now in use at Fraunhofer FFB.

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Our Experts

Women in science / 11.2.2024

International Day of Women and Girls in Science

The International Day of Women and Girls in Science takes place every year on 11 February. On this occasion, we also emphasise the research potential of highly qualified and well-educated women.

Research / Honours / 30.1.2023

Excellent battery research

397 graduates of TU Braunschweig, including Dr Robin Drees, were honoured at the 25th graduation ceremony of the Faculty of Electrical Engineering. For his dissertation on »Model-based Design and Evaluation of Fast-Charging Strategies for Lithium-Ion Battery Formation and Cyclization« , he received the Dieter Kind-Promotionspreis of the TU Braunschweig.

Technology & Innovation

technology management

Current challenges in solid-state battery technology

It exists much contradictory information about the current development status of solid-state batteries. In the automotive sector in particular, a wide variety of dates are announced for the series production of vehicles with solid-state batteries, and accordingly, there is no meaningful timetable for market maturity. This is where the problem-oriented study of the Fraunhofer FFB comes in with the question: What challenges does the development of solid-state batteries currently face?

Productinnovation

Cell designs by Fraunhofer FFB

The cell design significantly determines the properties of the battery. To be able to research and optimize all important variables, Fraunhofer FFB and its FoFeBat project partners have developed eleven cell designs that will be produced in the "FFB PreFab" and "FFB Fab" in the future.

Blog article

Saving energy in battery cell production

Battery production consumes a lot of energy, especially for cooling and heating. This can be reduced by using an efficient combined heat pump.

More Information

Posts about Projects

Project "AutoBot" / 1.3.2024

Optimised battery cell testing

In autumn 2022, Fraunhofer FFB launched the project "AutoBot" in cooperation with ISEA at RWTH Aachen University. The robotic arm is now ready for use and is undergoing tests before it is integrated into the fully automated battery test bench at ISEA in summer 2024.

Project start / 4.4.2023

Knowledge and technology for tomorrows battery cells

Many small steps are required to manufacture a battery cell. From the procurement of materials to the production of the cells, to the recycling process. It quickly becomes clear: The value chain of battery cell production is long and the required skills are diverse.

Project start / Formation / 20.1.2023

AutoBot - with robots to better battery cells

The first battery cells are to be manufactured in the Fraunhofer "FFB PreFab" as early as this year. Here, our scientists develop innovations for battery cell production under the highest production standards. To ensure that the end products also meet the high-quality requirements, testing of the finished battery cells under real conditions is necessary - this task may soon be taken over by robots.

For the future of the industry: articles on the topic of further training

ELLB Curriculum / 7.2.2024

How scientists become trainers

Insights into the ELLB project days: What does hands-on mean in our training courses? This is how our trainers are trained.

More information

Three days of Workshop

That was the PreCharger in November 23

Here is a report on our workshop including an experience summary, photos, and module overview.

European Learning Lab Battery Cell

Online Learning World: The Battery Campus

We have created an interactive 3D world called "Battery Campus" to provide a simple introduction to the topic of batteries. The virtual campus allows visitors to explore the world of batteries and learn about various topics in an engaging manner. Through podcasts, videos, articles, and quizzes, visitors of all knowledge levels can discover exciting content. There's something for everyone to enjoy.

Battery Campus

Contact Press / Media

Dr. Barbara Henrika Sicking

External and Internal Communications Specialist

Fraunhofer Research Institution for Battery Cell Production FFB
Bergiusstr. 8
48165 Münster

Mobile +49 152 54711182

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Contact Press / Media

Lena Pillkahn, M. A.

Marketing Specialist

Fraunhofer Research Institution for Battery Cell Production FFB
Bergiusstraße 8
48165 Münster, Germany

Mobile +49 152 33145 924

Send email