DIMAAG-AI and Toshiba International Corporation have announced a collaboration to develop next-generation energy storage solutions for AI infrastructure using Toshiba’s SCiB™ lithium titanium oxide (LTO) battery technology. The collaboration combines Toshiba’s high-power SCiB™ batteries, with more than 100 million cells shipped since 2010, with DIMAAG’s active-flow immersion-cooled battery architecture designed for continuous 10C charge and discharge cycling and a targeted service life exceeding 10 years. The solution is intended to support AI data center applications including load smoothing, low-voltage ride through, backup power, demand response and grid stabilization. DIMAAG will integrate the battery system with power conversion and real-time controls through its ZettaWatt™ Power Platform, a modular grid-to-800 VDC architecture designed to address evolving utility and ISO requirements.
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“Energy storage in an AI data center must do far more than bridge an outage. It must absorb rapid load swings, support grid ride-through, provide backup power and respond repeatedly without becoming a constraint on the system,” said Ian Wright, CTO of DIMAAG and Tesla co-founder. “Combining Toshiba’s established SCiB™ battery cell technology into DIMAAG’s active-flow immersion-cooled Zenius modules within the ZettaWatt™ Power Platform delivers differentiated performance for high-power, high-duty-cycle requirements of AI data centers.” “This collaboration demonstrates how Toshiba SCiB™ technology can support the next generation of AI infrastructure through continuous 10C charging and discharging capability, exceptional cycle life, and a proven safety track record.” said Greg Mack, Senior VP and GM of Power Electronics Division, Toshiba International Corporation.
