DG Matrix and Exowatt have announced a strategic partnership to deploy integrated, behind-the-meter power systems targeting gigawatt-scale infrastructure buildouts. The companies say the partnership will integrate DG Matrix’s solid-state transformer technology into Exowatt’s P3 platform to speed deployment of renewable energy for hyperscale data centers.
As part of the collaboration, Exowatt has selected DG Matrix’s Interport as a preferred power-conversion platform for its modular energy architectures. The companies say this enables faster integration of Exowatt P3 generation and storage systems with hyperscale data centers, aimed at meeting demand for reliable, carbon-free electricity for AI compute loads.
The announcement also positions DG Matrix Interport as the power-routing layer between Exowatt’s heat-battery-based solar technology and data center requirements. DG Matrix describes Interport as “the first commercially available solid-state transformer,” and the companies say it can simplify the power-routing needed to meet uptime and power-quality standards for modern AI loads.
“To stay competitive in the AI era, the industry needs reliable, clean megawatts at speed,” said Hannan Happi, CEO of Exowatt. “DG Matrix’s Interport provides the flexible, power-first foundation we need to scale our operations. By integrating their solid-state transformer technology into our ExoRise platform, we are eliminating traditional interconnection bottlenecks and accelerating our path to delivering firm, dispatchable power for the next generation of data center infrastructure.”
The companies say the joint stack will include AC to DC and DC to AC power routing managed by DG Matrix Interport within Exowatt’s modular P3 and ExoRise platforms. They also claim the solid-state transformer approach reduces commissioning time and system footprint to enable faster site activation independent of constrained grid interconnections, and that the design is intended to be repeatable from individual sites to multi-gigawatt portfolios, including demand from data centers and industrial applications.
Source: DG Matrix
