Projects · Data Centers
Water draw, constant noise, and hundred-acre footprints have turned data centers into the most contested buildings in America. We think the answer is a smaller, quieter, self-contained machine.
The problem
The shift
The major operators are moving to closed-loop cooling that consumes no water, and to prefabricated builds that cut delivery times in half. That is exactly the direction our program was designed around.
The RovoSmart answer
Our data center program packages compute power into a self-contained unit in the footprint of a freight trailer. It arrives complete, drops onto a prepared pad, and scales accordingly.
Cooling runs as a sealed liquid loop inside the unit, not an evaporative system taking from the municipal supply.
Units are engineered for solar and battery operation with off-grid capability, inside a sealed enclosure designed to hold its sound.
Because the unit is factory-built, the program is designed for deployment in a few months from order, against the multi-year timeline a conventional facility takes.
Side by side
Same compute. Two very different neighbors.
Evaporative cooling can draw millions of gallons a day from the municipal supply.
A sealed liquid loop keeps the water inside the machine.
Hundreds of acres behind a fence line, often on farmland.
A compact unit on a small prepared pad, alone or in rows.
Chillers and generators hum against the neighborhood around the clock.
A sealed enclosure engineered to hold its sound inside.
Leans on the local grid and shows up on household bills.
Engineered for solar and battery operation with off-grid capability.
18 to 36 months to stand up a conventional facility.
Factory-built, with a design target of a few months from order.
Growth means breaking ground on a bigger building.
Growth means adding units to the row.
Talk to us about the data center program: siting, power, and a deployment plan measured in weeks.