"The comprehensive digitisation of the value chain is a key enabler for a more sustainable battery production," says Dr. Jonathan Krauß, interim head of digitization in battery cell manufacturing at Fraunhofer FFB. "Digital investments show clear economic benefits, especially through the reduction of production costs. The challenge for battery manufacturers is to identify the right technologies and invest in them in a timely manner."
Digital solutions will notably benefit electrode production. Most of the materials are used in this first step of battery cell production. "Efficiency and quality are key in battery production, especially in Europe, where we are establishing a new industry under high cost and time pressure," says Dr. Philipp Wunderlich, senior manager and battery technology lead at Accenture. "By leveraging advanced digital technologies, we have an opportunity to secure a competitive advantage. But manufacturers have yet to catch up on digitization, even in more basic applications such as data collection and real-time analytics, which are a prerequisite for benefiting from transformative technologies such as generative AI."
Survey among battery experts provides key insights on digitization
For the research, Fraunhofer FBB and Accenture surveyed 143 battery and digitisation experts primarily from companies in Europe and North America in two stages. In the first step, the experts identified particularly effective use cases for digital solutions in battery production. In the second step, these cases were integrated into the model of a battery factory with a capacity of 40 gigawatt hours, based on which the experts assessed and calculated the potential savings for each use case and production stage.
The report "The Power of Digitalisation in Battery Cell Manufacturing" is available in English and can be downloaded for free:
Digitization in Battery Cell Manufacturing (fraunhofer.de)
Caption: A study shows benefits of digitisation in battery cell production: millions in savings and emissions reductions possible.
(Image source: Accenture/Fraunhofer FFB)