Skip to content
All records
Data center siteSite record

CleanArc VA1 Campus

Ruther Glen, Virginia, United StatesPreconstruction
Capacity
900 MW
Planned / design
Lead participant
CleanArc Data Centers
Developer
Last updated
Aug 28, 2026
Most recent public record update

About CleanArc VA1 Campus

CleanArc broke ground on its VA1 hyperscale campus in Caroline County, Virginia in November 2025. The 650-acre project plans three 300 MW grid tranches, with the first substation under agreement with Rappahannock Electric Cooperative, closed-loop cooling and phased delivery extending into the mid-2030s.

Capacity

Planned / design
Operating capacityAn operating IT-capacity figure has not been publicly disclosed.
Future Potential900 MWDesign · CleanArc VA1 Campus

Development

1 phases · 2 milestones
Construction and first-power deliveryUnder Construction

CleanArc broke ground on its VA1 hyperscale campus in Caroline County, Virginia in November 2025. The 650-acre project plans three 300 MW grid tranches, with the first substation under agreement with Rappahannock Electric Cooperative, closed-loop cooling and phased delivery extending into the mid-2030s.

Nov 20, 2025
VA1 groundbreaking
Completed
Mar 31, 2027
First 300 MW tranche target
Forecast

Infrastructure

Electric GridUnder Construction

300 MW

First REC substation under agreement.

Electric GridPlanned Or Represented

900 MW

Three planned 300 MW tranches.

Cooling SystemPlanned Or Represented

Closed-loop design intended to minimize water use.

Project map

0 of 1 project point mapped
Infrastructure facts
3
Mapped records
1
Capacity figures
2

No map point available

Power & interconnection: 2Cooling & water: 1

Facts & sources

Published claims and their source links.

6 facts
Location Context
CleanArc VA1 Campus | Ruther Glen | Virginia | US
Actual
Lifecycle Status
Preconstruction
Actual
Reported Capacity
900 MW
Design
Capacity Basis
900 MW future full build site capacity; not measured operating IT load.
Actual
Site Area
650 acres
Actual
Cooling System
Closed loop with minimal water use
Actual