Beam Global to Present Advanced Battery Technology for AI Data Centers and Electric Aviation at The Battery Show North America
Key Highlights
- ➤Beam Global (BEEM) will present advanced battery technology at The Battery Show North America, October 12th through the 15th
- ➤AI data center research targets reduced peak utility demand and required grid capacity
- ➤Proprietary passive thermal management targets frequent, high-rate battery cycling and degradation
- ➤Preliminary AI data center power transient findings will be presented October 13
- ➤Thermal runaway research for drone and eVTOL batteries will be presented October 14
Expert Statements
Desmond Wheatley, CEO of Beam Global
“Beam’s core competency and protected IP are centered on our ability to deliver high power bursts under extreme operating conditions using our superior engineering and proprietary thermal management solutions. These capabilities are becoming increasingly essential for data centers and electric aviation applications like drones and eVTOLs. We are seeing significant increases in demand for our unique approach to these challenges. The Battery Show North America gives us the ideal opportunity to share the advances we are making to the very audiences who are seeking solutions to these critical challenges.”
SAN DIEGO, Sept. 30, 2026 (GLOBE NEWSWIRE) -- Beam Global (Nasdaq: BEEM), a leading provider of innovative and sustainable infrastructure solutions for energy storage and security, electrification of mobility, and smart city infrastructure, will share developments in its advanced battery technologies for high-power applications, including AI data centers and electric aviation, during the Company’s presentations at The Battery Show North America, in Detroit, on October 12th through the 15th.
Beam Global is developing battery energy storage systems designed to manage the extreme power fluctuations generated by the rapidly increasing workloads of AI data centers. The research focuses on high-speed, multi-timescale control strategies that can reduce peak utility demand and required grid capacity while using less battery capacity than conventional approaches. The Company is also applying its proprietary passive thermal management technology to support frequent, high-rate battery cycling while managing battery temperatures and degradation.
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