Transforming Battery Manufacturing with Digital Modelling

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At a Glance

Revolutionising the battery value chain by transforming manufacturing and testing processes of battery cells and packs
Developing a Digital Twin for lithium-ion battery manufacturing
Advancing cell manufacturing processes through new materials tests, advanced modelling and AI
Driving efficiency gains: reducing production costs, minimising material waste, and lowering CO2 emissions

The demand of high-performing batteries is rising. Currently, battery production in Europe is unable to meet the needs of automotive manufacturers and other large-scale industries. Addressing the inefficiencies of traditional battery production, the DigiCell project aims to transform battery manufacturing by integrating advanced AI-driven modelling, real-time digital twins, and nanoscale material characterisation.

By simulating battery behaviour under various conditions and correlating performance with material properties, DigiCell enhances the efficiency, reliability, and sustainability of battery production processes – ultimately contributing to a greener future by supporting the transition to renewable energy sources and the electrification of transportation.

Optimising Battery Production

The European Union is undergoing a major energy transformation to achieve carbon neutrality by 2050. Central to this transition is the large-scale adoption of renewable energy and electric vehicles, both of which depend on advanced battery technologies. However, Europe is still in the early stages of mass battery production. Current production methods often face challenges in ensuring efficiency and quality. To meet growing demand and reduce reliance on imports, the EU is investing in a competitive, sustainable battery industry, including the creation of gigafactories.

By prioritising sustainable sourcing, recycling, and clean manufacturing, this effort supports climate goals, strengthens energy security, boosts economic growth, and reinforces Europe's position as a global leader in clean energy innovation. As part of the European energy landscape DigiCell aims to establish a more sustainable and competitive battery production ecosystem in Europe. While addressing the critical need for advanced battery technologies DigiCell aims to reduce material waste, lower production costs and minimise the carbon footprint related to battery manufacturing.

Employing AI and Digital Twins

To overcome these challenges, DigiCell employs a multifaceted approach that seeks to enhance battery manufacturing by integrating material analytics, multiscale modelling, artificial intelligence (AI), machine learning, and digital twin technologies into the manufacturing process.

DigiCell develops an innovative digital twin which will allow for real-time simulations and information exchange with actual production lines, significantly reducing material waste and enhancing the reliability and performance of battery cells and packs. By developing and implementing advanced modelling techniques and creating standardised testing protocols – for quality control and recycling – DigiCell aims to establish a more sustainable and competitive battery production ecosystem in Europe, aligning with the EU's green industrial transition goals and increasing the competitiveness of large-scale industrial production of batteries in Europe.

DigiCell seeks to transform battery manufacturing by integrating advanced AI-driven modelling, real-time digital twins, and nanoscale material characterisation.

digicell-project.eu

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Janine Jost

Senior Research & Impact Manager