Summary
- Cellforce, a subsidiary of Porsche, is collaborating with Dürr Systems and LiCAP Technologies to develop dry electrode battery technology
- Dürr Systems has been working with LiCAP Technologies since last year and started offering dry coating systems in 2024
- The collaboration with Cellforce aims to integrate LiCAP’s Activated Dry Electrode technology into Cellforce’s battery production line
- LiCAP’s technology improves battery performance, eliminates toxic solvents, and reduces process times
- Dürr Systems has commissioned a gigawatt-scale proof-of-concept cathode line in Chassieu, France
Article
Cellforce, a subsidiary of Porsche, is collaborating with Dürr Systems and LiCAP Technologies to develop dry electrode battery technology as an alternative to traditional wet coating methods. Dürr has been working with LiCAP Technologies since last year and started offering dry coating systems in 2024 after acquiring Ingecal. They have a supply agreement with Cellforce for electrode coating. The partnership aims to integrate LiCAP’s Activated Dry Electrode technology into Cellforce’s battery production line, promising improved battery performance and faster processes without the need for toxic solvents or energy-intensive drying ovens.
Dürr has set up a gigawatt-scale proof-of-concept cathode line in Chassieu, France, showcasing the potential of dry electrode battery technology on a large scale. By collaborating with LiCAP, Dürr aims to provide innovative dry coating solutions to customers like Cellforce looking to adopt this new production process. This partnership represents a significant step towards sustainable battery manufacturing, offering benefits such as increased efficiency, reduced environmental impact, and shorter process times.
The use of dry electrode battery technology has the potential to revolutionize the battery manufacturing industry by addressing key challenges such as toxic solvents and lengthy drying processes. By eliminating these issues, companies like Cellforce can enhance their battery production capabilities while also contributing to sustainability efforts. The collaboration between Dürr, LiCAP, and Cellforce highlights the importance of innovation in the pursuit of greener energy solutions and more efficient manufacturing processes.
LiCAP’s Activated Dry Electrode technology offers a promising alternative to traditional wet coating methods, providing improvements in battery performance and significant reductions in process times. This technology has the potential to redefine how batteries are manufactured, offering a cleaner and more efficient production process that meets the growing demands for sustainable energy solutions. By adopting this technology, Cellforce can enhance its position in the market while aligning with environmental goals and industry standards for greener manufacturing practices.
The partnership between Dürr, LiCAP, and Cellforce represents a strategic collaboration aimed at driving innovation in the battery manufacturing sector. By leveraging LiCAP’s technology and Dürr’s expertise in dry coating systems, the three companies are working together to advance the development of more sustainable and efficient battery production processes. This collaboration not only benefits the companies involved but also contributes to the overall advancement of green technologies and the transition towards a more sustainable energy ecosystem.
Overall, the collaboration between Cellforce, Dürr Systems, and LiCAP Technologies marks a significant milestone in the development of dry electrode battery technology. By combining their expertise and resources, the companies involved are poised to revolutionize battery manufacturing and pave the way for a more sustainable future. With a focus on innovation, efficiency, and environmental responsibility, this partnership sets a new standard for the industry and showcases the potential of dry electrode technology in addressing key challenges and advancing the adoption of greener energy solutions.
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