Addionics, a battery technology start-up is launching a new state-of-the-art, pilot line for manufacturing of its advanced Smart 3D Electrodes™ for electric vehicle batteries. With Addionics' partners' support, the company will expand its technological developments primarily for the automotive industry, which includes global leading automakers and tier 1 suppliers.

The company is already working with top global companies to integrate its product to match the ever-rising global battery demand driven by the growing EV market. The new facility has the capacity to produce up to 1MWh and will increase to about 100MWh by the end of 2024. Addionics expects to reach 1 GWh production capability during 2025.

Addionics, recently selected as a 2022 Pioneer by Bloomberg New Energy Finance (BNEF) for its technology’s potential to accelerate global decarbonization and halt climate change, has innovated an advanced 3D design for electrodes that is compatible with any battery chemistry, existing or emerging. The 3D structure leads to improvements in key battery performance metrics.

Addionics’ patented core IP is a cost-effective and scalable battery-grade electrode fabrication process, which significantly lowers costs. The company's AI-based, drop-in technology is designed for production and is seamlessly integrated into any existing assembly line, allowing battery makers to reduce production costs while increasing manufacturing capacity.

Dr. Moshiel Biton, Addionics Co-Founder and CEO: "The launch of our facility is a major milestone in commercializing Addionics’ technology and expanding our supply to our worldwide clients and partners. Together with our investors and strategic partners, Addionics is on the path to mass production which will accelerate the EV revolution and will advance the global effort of decarbonization. Companies have tried to integrate 3D electrode architecture but did not have the technology. The commercialization of Silicon, Solid-State and advanced Li-Ion technologies will be significantly accelerated with the adoption of smarter designs. By Smart 3D Electrodes. With our novel manufacturing process, we allow this transition."