believe that speeding up EV transition is possible with our novel methodology, which combines three approximation to the solution: our unique AI-assisted materials research, digitalized reactor farm and our novel surfactant-assisted synthesis.

As the electrification of the automotive industry expands, we deliver state-of-the-art technologies to meet the industry’s high-quality standards. To help our customers to step up the EV transition, we will be working on our research and development of lower-cost/higher performance, ultra-high energy density battery materials to serve innovative solutions for a brighter future. With our expertise in the application of machine learning in material science, we are developing low cobalt/high nickel lithium cathode materials. Cathode determines the type of a lithium battery and is the limiting factor for nickel-based batteries. Further improvement in battery performance is possible through AI-assisted custom high nickel cathode materials with increased charge rate, charge to discharge ratio, tap density, or any other specifications. By our unique computer-controlled digital reactor farm, we numerize synthesis parameters and output specifications for the machine learning algorithm we have been developing.