Honeywell has announced that its artificial intelligence (AI)-powered Battery Manufacturing Excellence Platform (Battery MXP) is being integrated into the battery research laboratory at the Alabama Mobility and Power Center located at the University of Alabama.
The advanced battery manufacturing automation platform is designed to enhance operational efficiency by improving cell production yields and accelerating facility start-up timelines for battery manufacturers, regardless of scale. By leveraging AI-driven analytics and automation, the platform helps optimize manufacturing processes, reduce inefficiencies, and improve overall battery production performance.
With the deployment of Battery MXP, the research facility will also be able to strengthen its educational capabilities, enabling students and researchers to gain hands-on experience with next-generation battery manufacturing technologies. The initiative is expected to play a key role in training future engineers and battery industry professionals across the United States while supporting innovation in advanced energy storage technologies.
The AMP Center is a world-class research and development hub for creating and sustaining modern mobility and power technologies, developing charging infrastructure and managing power delivery to support large-scale growth in electric vehicles and battery energy storage systems. Honeywell’s Battery MXP will be the exclusive automation platform to guide manufacturers on how to scale to cost-effective, high-quality batteries at the production levels required for today’s electrification needs.
“The AMP Center was created to connect industry, academia, and state initiatives around the future of mobility and power,” said Mike Oatridge, Executive Director of the Alabama Mobility and Power Center. “The deployment of Battery MXP supports Alabama’s automotive industry while advancing solutions for data center growth, grid stability, and the state’s long-term electrification and economic development goals.”
“The rapid evolution of battery technology calls for a skilled workforce and advanced production capabilities at large scale, including comprehensive automation platforms powered by AI,” said Russ Ford, President of Honeywell Process Automation Solutions. “AMP’s use of Battery MXP is poised to be a catalyst to empower the next generation of engineers in this important industry as it continues to grow.”
At the AMP Center, Honeywell is also working with FOM Technologies to optimize the electrode production process within Battery MXP. Since this process is traditionally one of the most challenging areas of the battery manufacturing process, the collaborative approach with all three parties will enable the facility to deliver an end-to-end automation solution that will help OEMs produce safer batteries for end users.
The AMP Center battery research lab is expected to open in Q2 2026 and will be one of the first pilot battery production sites available to external organizations. As part of its initiative to boost workforce training and development, AMP will provide hands-on experience to students and engineers with Honeywell’s comprehensive automation technologies, enabling them to learn the skills needed for a career in advanced manufacturing.
 at the Alabama Mobility and Power Center at the University of Alabama to enhance battery production efficiency and train future engineers.){kind=link}