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China’s CATL to build $7.6 billion Hungary battery plant to supply Mercedes, BMW
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SHANGHAI (Reuters) -China’s CATL said on Friday it would build a 7.3 billion euro ($7.6 billion) battery plant in Hungary, Europe’s largest so far, as the world’s biggest electric vehicle battery maker gears up to meet growing demand from global automakers.
SHANGHAI (Reuters) -China’s CATL said on Friday it would build a 7.3 billion euro ($7.6 billion) battery plant in Hungary, Europe’s largest so far, as the world’s biggest electric vehicle battery maker gears up to meet growing demand from global automakers.
CATL said that construction of the 100 GWh (gigawatt hours) plant in the eastern Hungarian city of Debrecen, its biggest overseas investment, would start this year after receiving approvals, and should last no more than 64 months.
Once built, it is set to be Europe’s largest battery cell plant and CATL’s second in the region, making battery cells and modules for carmakers including Mercedes-Benz, BMW, Stellantis and Volkswagen.
The expansion comes as European automakers accelerate a transition to electric vehicles in their home markets, prompting surging demand for batteries from local suppliers and causing a run on supply deals to avoid production bottlenecks.
Volkswagen, Mercedes-Benz and Tesla have all announced or started to implement major battery expansion plans in Europe to secure access to vital cells and raw materials and support their electrification strategies.
CATL’s investment will mark “a giant leap in CATL’s global expansion”, the company’s founder and chairman Zeng Yuqun said in a statement.
The Chinese company is also pressing ahead with plans for battery production in North America by 2026 for clients including Ford Motor, Reuters reported earlier, despite tensions between Beijing and Washington.
The investment is also key for Hungary, which is becoming a major hub for electric vehicles and batteries in Europe.
Debrecen is home to a plant being built by BMW, while Volkswagen’s Audi brand has a factory in western Hungary’s Gyor and Mercedes-Benz operates one in Kecskemet, in the central part of the country.
BMW declined to comment but said it plans to release some battery related information in early September. VW and Stellantis did not immediately respond to requests for comment.
Mercedes-Benz said in a separate statement it would be the first partner to receive battery cells from CATL’s Hungarian plant, and that its order marked the highest initial order volume for the site.
“This new state-of-the art European CATL plant in Hungary is another milestone for the scale-up of our EV production together with our key partners,” Mercedes-Benz management board member Markus Schaefer said.
CATL previously said it would start supplying cylindrical cells to BMW from 2025 for its new series of electric vehicles.
The Chinese company also said it is also examining the possibility of joining forces with local partners to establish facilities for battery materials in Europe.
As of end of 2021, CATL had an annual battery production capacity of 170.39 GWh, with 140 GWh capacity under construction. The company said previously it aims to install a total of 670 GWh annual capacity by 2025.
($1 = 0.9708 euros)
(Reporting by Zhang Yan, Brenda Goh, Christoph Steitz and Christina Amann; Editing by Jason Neely, Mark Potter and Alexander Smith)
A battery plant is a facility where batteries are manufactured, typically for electric vehicles or energy storage systems. These plants produce battery cells and modules essential for powering electric vehicles.
Electric vehicle battery technology refers to the systems and components used to store and supply energy to electric vehicles. This includes lithium-ion batteries, which are commonly used due to their efficiency and energy density.
A gigawatt hour (GWh) is a unit of energy equivalent to one billion watt hours. It is commonly used to measure the energy capacity of large-scale batteries or power plants.
Local suppliers in the EV market are crucial as they help reduce transportation costs, improve supply chain efficiency, and support regional economies while meeting the increasing demand for electric vehicle components.
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