Advanced Gigafactory Aiming at Tempering greenHouse gases Emissions

ongoing

The project AGATHE will contribute to expanding the battery production capacity of Verkor's gigafactory in Dunkirk, France from 8 to 16 Gigawatt-hours (GWh) of NMC 811 battery cells. These are a type of lithium-ion battery where the cathode contains nickel, manganese, and cobalt in an 8:1:1 ratio, known for their high efficiency. The expansion will use advanced, digitalized, and sustainable manufacturing technologies. The goal is to increase the production capacity of batteries for electric vehicles (EVs) while reducing the overall carbon footprint of the transportation sector, with an expected 71.5% relative greenhouse gas emission avoidance compared to the production and use of Internal Combustion Engine (ICE) cars in Europe. AGATHE will integrate a robust digital infrastructure, including AI-driven optimisation, allowing continuous process optimization and predictive maintenance, into its manufacturing process to shorten ramp-up times, improve energy performance of the manufacturing process, and ensure high product quality. A key innovation is the construction of a pre-recycling facility near the gigafactory. This facility will process more than 95% of production scraps on-site, significantly reducing waste volumes and virtually eliminating the need to transport hazardous battery materials. By prioritising resource efficiency, digital innovation, and the resilience of European supply chains, AGATHE aligns with the EU's broader industrial and climate policies. This resilience is achieved by reducing dependence on external suppliers, diversifying raw material sources, and promoting a localised circular economy. The project supports the European Green Deal, Critical Raw Materials Act, and Batteries Regulation by promoting recycling and circular economy approaches. This transformative project paves the way for a competitive gigafactory model that integrates advanced digital tools, minimises the climate footprint, and strengthens Europe's technological sovereignty. AGATHE will contribute to regional economic growth and job creation in Dunkirk, with over 500 new high-skilled jobs and up to 85% local workforce employment. The project's scalability offers future deployment opportunities across France and beyond, driving cost reductions and efficiency gains that benefit the economy and energy sector. Community engagement initiatives will strengthen its local impact, ensuring a positive influence on the region's socioeconomic landscape.