AI data center growth is no longer constrained by compute; it is constrained by how quickly energy infrastructure can be delivered, stabilized, and scaled. Utility upgrade timelines, transformer availability, and evolving power standards introduce risk precisely when speed and certainty matter most.
DG Matrix Data Center Solutions remove energy as the bottleneck, eliminate stranded power, and enable operators to bring large-scale capacity online on business timelines, scaling predictably toward multi-hundred-megawatt and gigawatt-class campuses.
LV - Skid Solution
Parallel the Interport Flex Series to build MW scale powertrains
SideCar Solution
Interport Cell Series designed to be located next to the IT load to address pulse-load mitigation with galvanic isolation
MV – Skid Solution
Interport Cell Series that will transform medium voltage AC (12 – 34.5 kV) to high voltage DC
Data center solutions support AI campuses and hyperscale compute environments where power availability, density, and delivery speed define competitive advantage. They enable operators to bring large loads online quickly, stabilize AI-driven power behavior, and expand toward multi-hundred-megawatt and gigawatt-scale campuses without waiting for multi-year grid upgrades, transformer lead times, or re-architecting infrastructure at each phase.
They are used across:
AI factory campuses expanding in large power blocks with clear paths toward gigawatt-scale build-outs
Hyperscale data centers requiring high-density power delivery aligned with evolving rack and voltage standards
Campus-scale developments where energy infrastructure must scale alongside buildings, cooling, and network capacity
Sites constrained by grid upgrade timelines or transformer availability, where capacity must come online ahead of full utility build-out
Hybrid energy campuses combining grid power, storage, and on-site generation to accelerate activation and manage risk
Across these environments, the challenge is not demand; it is how quickly power can be delivered, stabilized, and scaled.
½–⅔ reduction in total cost of ownership through infrastructure consolidation
~⅔ reduction in power losses at high utilization
~½ the physical footprint, freeing white space for revenue-generating compute
Activate large AI loads using off-grid and behind-the-meter energy assets
Fast-track deployment and commissioning to months, not years
Reduce dependence on utility upgrade timelines and transformer lead times
Support current and future data center voltage standards, including 400–1500 VDC
Eliminate stranded asset risk as rack density and distribution models evolve
Replace legacy UPS, PDU, and switchgear layers with a unified architecture
Dynamically route and filter energy to manage AI pulse loads
Improve uptime with multi-port redundancy and <1 ms transfer times
Safeguard personnel and equipment through galvanic isolation and arc-flash mitigation
Data center solutions are engineered to make distributed compute possible in environments that legacy systems cannot support.
Fast activation of large AI loads
Predictable scaling toward multi-hundred-megawatt and gigawatt-class campuses
Energy infrastructure that adapts as architectures evolve
Reduced dependency on long utility and transformer timelines
If your primary focus is:
Commercial, industrial, or grid-edge deployments
High-throughput fleet operations
From initial campus phases through large-scale expansion, DG Matrix works with operators to design deployment paths aligned with real-world growth plans, supporting faster activation, predictable scaling, and long-term flexibility.