XBM is scaling next-gen battery innovation by integrating AI and digital twin technology into R&D. Our CarbonX sulfur cathode development is accelerated through real-time electrochemical modeling, predictive analytics, and automated optimization—reducing waste, improving consistency, and shortening time-to-market. By combining AI-powered simulations with smart materials engineering,...
With over 90% of critical battery materials sourced in Asia, the U.S. lithium-ion supply chain faces major risks. XBM is building a vertically integrated, U.S.-based battery materials ecosystem to reduce dependence, align with IRA incentives, and ensure full traceability. By developing sustainable, high-performance sulfur-based materials...
US-made lithium-sulfur batteries are redefining energy storage with CarbonX™ cathodes—delivering up to 500 Wh/kg, lower costs, and scalable performance for EVs, drones, and aerospace. XBM is leading the shift to lighter, cleaner, and more sustainable battery tech....
Ampcera and XBM partner to develop low-cost, high-energy sulfur solid-state batteries for EVs using sustainable U.S.-based materials....
The Global Battery Race Challenge Our world was transformed in the last three decades by the invention of the lithium battery. In 2019 the World Economic Forum wrote a paper stating, in effect, that the li-ion battery (LIB) was key in saving planet Earth from the...
By Applying Principles of Circularity and Innovative Engineering XBM has Taken an Environmental Hazard and Turned it into a Sustainable Critical US Battery Material LOS ANGELES, CA / ACCESSWIRE / October 29, 2024 / With the surge in adoption of Electric Vehicles (EVs), a glaring reality...
Progress in Biomass-based Advanced Battery Cathode Material Performance and Key Partnerships As part of an ongoing commitment to transforming the US critical advanced battery material supply chain with innovative and sustainable material solutions, XBM is proud to announce several notable advancements in 2024...