Co-Location With Data Centers
Because MetroVolt needs almost no cooling water and can sit near load, it can be built on or beside a data-center campus, supplying firm power on site.
Power at the fence line
Conventional firm generation is often placed far from load, near water or fuel, then connected by long transmission. MetroVolt's freedom from a large cooling-water source, combined with a compact core, lets it be co-located with the data center it serves, delivering firm power on site.
What co-location gains
- Firm 24/7 power matched to a continuous compute load
- Reduced dependence on long transmission and interconnection queues
- Shared dry-cooling and waste-heat infrastructure between plant and campus
- Resilience: local generation is less exposed to grid-wide events
Why water makes it possible
Co-location fails if the generator needs a river or a cooling-tower water supply that the site cannot provide. Removing the steam cycle removes that blocker. The generator and the campus can be planned as one facility on land chosen for the load, not for water access.
Honest boundaries
Co-location is enabled by the water and firmness properties, but siting still involves land, permitting, safety, and grid rules. And MetroVolt is a design-stage study; a test unit is planned around 2032. The water story's contribution is specific: near-zero generation-side water is a precondition for putting firm power directly beside compute load.