Mercedes-Benz is taking another step to scale up development and production of next-generation high-performance battery cells and modules by expanding its battery supply relationship with CATL through CATL’s newly announced battery plant in Debrecen, Hungary.
CATL will invest €7.34B to build the 100 GWh battery plant in Debrecen—its second battery plant in Europe following its German plant. Subject to the shareholder meeting approval, construction of the first production facilities will start within this year. The project will supply both cells and modules to European automakers.
To build a sustainable and circular battery value chain, CATL is also examining the possibility of joining forces with local partners to establish facilities for battery materials in Europe.
The new factory in Hungary expands a partnership between Mercedes-Benz and CATL which was first announced in August 2020 and marks the next milestone in a local-for-local purchasing strategy.
The plant will provide battery cells for the next generation Mercedes-Benz models. CO2-neutral battery cell production for the latest Mercedes-Benz models was audited and certified by third party companies DEKRA and SGS. In line with this strategy, the new CATL plant in Hungary will also produce battery cells for Mercedes-Benz CO2 neutrally.
There is no doubt that our plant in Debrecen will enable us to further sharpen our competitive edge, better respond to our customers in Europe, and accelerate the transition to e-mobility in Europe. The green-field project in Hungary will be a giant leap in CATL’s global expansion.—Dr. Robin Zeng, founder and Chairman of CATL
Mercedes-Benz relies on a modular, highly standardized battery kit that allows the integration of battery cells and modules from different development partners through uniformly designed components and interfaces. CATL will provide these battery cells for the EV production at the European production sites of Mercedes-Benz in Germany and Hungary.
Mercedes-Benz’ goal is to reach production capacity of more than 200 GWh at 8 global production sites by the end of decade.