In Alpharetta, Georgia, Storion Energy LLC, a U.S.-based supplier of vanadium redox flow battery (VRFB) components, is set to present its high-quality vanadium electrolyte and stack power assemblies at the International Flow Battery Forum, taking place June 16–18 at the Intercontinental Hotel in Budapest, Hungary. At Tradeshow Booth #7, Storion Energy will demonstrate how VRFB technology can support next-generation AI data centers and enhance grid resilience.
On Wednesday, June 17 at 9 a.m., Mike Perry, Technology Fellow at Storion Energy, will deliver an oral presentation titled “High-Performance Vanadium Flow Battery Stacks Enable Long-Duration Energy Storage Systems with Ultra-Fast Response Times for Critical Applications.” Attendees can also view a poster on the recommended screening process to assess the viability of new redox flow battery membranes.
Vanadium redox flow batteries offer long-duration energy storage and ultra-fast response capabilities, making them well suited to buffer the highly variable power loads of AI data centers. “VRFBs are essential for managing the volatile nature of AI data center demands,” said Sue Ozdemir, CEO of Storion Energy. She noted that the company’s vertically integrated supply chain—combining vanadium from the largest producing mine in the Western Hemisphere with domestic electrolyte production—helps accelerate deployment of four-plus-hour energy storage systems.
Storion Energy is a joint venture between affiliates of Stryten Energy LLC and Largo Clean Energy Corp., leveraging one of the world’s highest-quality vanadium supplies to deliver competitively priced electrolyte and power assembly stacks. With operations in Alpharetta, Georgia, and Wilmington, Massachusetts, the company aims to lower barriers to entry for battery manufacturers and project integrators, supporting utility-scale VRFB solutions for critical infrastructure.
Conference attendees are encouraged to visit Booth #7 at the International Flow Battery Forum to learn how vanadium flow batteries can meet growing energy demands and bolster grid stability.
Source: Business Wire
