Solidion Technology Targets AI Data Center Energy Storage With Silicon-Carbon Anode UPS Batteries
Summary
Solidion Technology reaffirmed its push into AI data center energy storage with its PEAK Series UPS system, built on a proprietary 5500 silicon-carbon anode cell. The company says the design can cut UPS footprint by up to 30% and last up to three times longer than conventional backup batteries.
Solidion Technology Reaffirms Commitment to Address Growing Energy Storage Needs of AI Data Centers
Solidion’s patented anode technology and PEAK UPS design target the space, lifespan and cost demands of AI-scale infrastructure.
DALLAS, Oct. 14, 2026 /PRNewswire/ — Solidion Technology, Inc. (NASDAQ: STI) (“Solidion Technology” or “the Company”), an advanced battery technology solutions provider, today reaffirmed its commitment to address energy storage for artificial intelligence and data center infrastructure, centered on its PEAK Series uninterruptible power supply (UPS) system.
As AI workloads increase the power density of data centers, operators face growing pressure on the systems that keep facilities running during grid disruptions. Uninterruptible power supply (UPS) batteries take up floor space that could otherwise hold AI servers and additional computing equipment, and they require periodic replacement.
Solidion’s approach is built around its PEAK Series, a UPS battery system built for AI data centers using its proprietary 5500 silicon-carbon anode cell, designed for AI data center environments and well positioned to address these evolving requirements.
The Company’s strategy focuses on three priorities:
- Energy density and space efficiency: Based on Company testing, PEAK is designed to reduce UPS footprint by up to 30%, freeing floor space for servers.
- Reliability and longevity: The 5500 cell is designed to last up to three times longer than conventional backup systems, reducing replacement cycles and maintenance. Solidion is focused on advancing technologies intended to support demanding data center operating environments.
- Materials-level innovation: Solidion’s portfolio of +385 patents covering silicon anodes, graphene and next generation battery chemistries, together with its pilot production facility in Dayton, Ohio, gives the Company a U.S. based foundation for developing data center energy storage.
Jaymes Winters, Chairman and CEO of Solidion, said,
AI infrastructure represents a compelling market for advanced energy storage,
“Our focus is on translating our technology into practical commercial solutions that address real customer demand. We are not betting on which chips win; we are focused on supplying something every data center needs.”
Solidion intends to continue pursuing opportunities to apply its battery technologies directly to end users
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