German Company Begins 3-D Printing Of EV Batteries
At an official unveiling ceremony in the eastern town of Döbeln, Blackstone – the German subsidiary of Swiss conglomerate Blackstone Resources – said that 3-D printing of electrodes and separators for electric vehicle batteries would bring a number of advantages.
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According to the company, the batteries’ energy storage layers can be made thicker, increasing energy density by 20 percent. Battery sizes can be tailored to customers’ individual needs, saving up to 15 percent in space and reducing the amount of raw materials needed. The process also consumes 23 percent less energy, is environmentally friendly and reduces waste by 50 percent.
“3-D printing in Germany is becoming more industrial and mass-production-oriented,” said Max Milbredt, additive manufacturing expert at Germany Trade & Invest. “Blackstone in the eastern regional state of Saxony is part of the trend in the very important, future-oriented sector of battery production. The improvements described indicate the reasons why 3-D printing is increasingly breaking through: material efficiency, production flexibility and cost reduction. Germany is a world leader in industrial 3-D printing and has a great customer base for this sort of technology, so hopefully we’ll see more developments of this kind, particularly in the automotive industry and its suppliers.”
Germany Trade & Invest (GTAI) is the economic promotion agency of the Federal Republic of Germany. GTAI supports German companies setting up in foreign markets, promotes Germany as a business location and assists foreign companies setting up shop in Germany.
Blackstone Technology says it has received confirmation of EUR 5,721,000 (about $6.5 million) in support for 2022-2024 from the regional state of Saxony’s business development bank SAB. Fourteen employees currently work in Döbeln, with that number set to rise to 38 by next year.
“The example of 3D-printed batteries shows that it pays for businesses involved in the future of industry to expand to Germany, which is the world’s practical laboratory for additive manufacturing,” says Milbredt. “That’s because of the country’s large economic base, well-educated labor pool, excellent logistics and attractive state support programs.”