NEO Battery Materials is collaborating with Rockwell Automation to integrate automation solutions at its planned silicon anode manufacturing facility in Windsor, Ontario. The partnership aims to improve production efficiency, quality control, and scalability to support the growing demand for advanced battery materials in electric vehicles (EVs).
Rockwell’s digital tools will enable real-time monitoring and data-driven insights, optimizing decision-making and reducing lead times. The collaboration will accelerate NEO’s efforts to commercialize its silicon anode technology for next-generation EV batteries by enhancing manufacturing processes, resource use, and cost efficiency.
This initiative aligns with NEO’s broader expansion plans, including a new manufacturing facility in Ohio. To meet the increasing demand for high-performance EV battery components, NEO is scaling production to 20 tons per year. This follows the successful testing of the P-300 silicon anode, which demonstrated improved battery capacity and cycling performance—key factors for extending EV range and efficiency.
NEO’s production ramp-up will focus on silicon-graphite anodes, a critical component for enhancing EV battery performance. The company has secured additional space at Gyeonggi Technopark to refine synthesis methods and increase output.
In addition to its manufacturing expansion, NEO Battery Materials has received a Notice of Allowance from the Korean Intellectual Property Office (KIPO) for a patent related to its composite nanoparticle technology. This patent covers a non-carbon nanoparticle and a carbonaceous layer, further strengthening NEO’s position in the development of advanced battery materials for EV applications.
NEO’s long-term strategy includes expanding operations in North America to advance silicon anode manufacturing and related EV battery projects. The collaboration with Rockwell Automation and ongoing production scale-up mark key steps in NEO’s mission to provide high-quality, next-generation battery materials that enhance EV performance and sustainability.
Filed Under: Technology News