Design once
Repeat the engineered power block, pod, building and distribution standard at every new campus.
Speed to power
AI can't wait for the grid. Neither do we.
Dedicated on-site generation avoids a utility interconnection queue for those blocks. Grid-fed portions of hybrid campuses still depend on utility service and approvals.
Build in parallel. Deliver block by block.
The conventional path starts with a utility request and waits through load studies, transmission and substation upgrades. DGEI develops the site, fuel supply, factory-built power blocks and H building in parallel.
Waiting on the grid 4–7 years¹
- Large-load request & queue position
- Load studies & cost allocation
- Transmission & substation upgrades
- Energization, if capacity exists
The DGEI standard No interconnection queue
- Site, fuel supply & permits
- Factory-built power blocks and H building, in parallel
- Commission capacity block by block
AI compute live, one 10 MW net IT block at a time →
Illustrative; not to scale. This comparison describes dedicated on-site generation. Grid-fed capacity, grid ties and export require utility service or agreements and approvals. Site schedules vary. First pipeline deliveries target Q1 2028, subject to development milestones; this is not a guarantee. ¹ Dominion estimate for Northern Virginia large-load connections; source 1.
Standardization is speed.
Build in parallel
Coordinate site development with factory-built layers, procurement and commissioning.
Deliver in increments
Bring capacity online in 10 MW net IT steps as blocks are commissioned.
A defined target
First pipeline deliveries are targeted for Q1 2028, subject to development milestones.
Permits, fuel supply, procurement and construction remain project dependencies. Target dates are not guarantees.
Explore the pipeline →