Supplier contract • Deployment
LiquidStack 300 MW U.S. multi-site order
An American data center operator, not named, ordered 300 MW worth of LiquidStack's one-megawatt coolant distribution units for several AI sites.
Direct answer
What this record says
LiquidStack 300 MW U.S. multi-site order is a deploying cooling deployment in Multiple sites, United States, operated by Undisclosed U.S. data-center operator. It is recorded at 300 MW aggregate CDU capacity. It was announced Jan. 6, 2025. Last reviewed Aug. 9, 2026 against 1 source.
- Operator
- Undisclosed U.S. data-center operator
- Stage
- Deploying
- Capacity
- 300 MW aggregate CDU capacity
- Rack density
- Not disclosed
Project brief
What is publicly known
Status: deploying, based on a supplier-reported contract rather than observed installation. LiquidStack announced in January 2025 that an unnamed United States data center operator had ordered 300 megawatts of cooling capacity for several sites. The order uses repeated CDU-1MW units, each rated at one megawatt under set conditions.
A coolant distribution unit, or CDU, controls the clean server loop and moves its heat to facility water. LiquidStack calls the buyer a long-established operator that is adding sites for artificial intelligence. It also says it can make and ship the units on a fast schedule.
The claim is large, but the public proof is thin. The buyer has not named a site or confirmed the deal. There is no permit, ship date, delivery record, or public price that can be used to check it.
The cooling relevance lies in the scale and repeatable format. One-megawatt blocks point to standard direct-to-chip or hybrid pods rather than one custom plant. Yet 300 megawatts of unit nameplate is not always 300 megawatts of live computing load.
Spare units, backup design, water temperatures, and phased delivery can all reduce the load served at one time. Unknowns include the buyer, sites, unit count, price, dates, loop temperatures, backup plan, server type, and installed status. The label would be stronger if the buyer confirmed the order or if shipping and site work became public.
Named sites and unit records would let capacity be assigned to real projects. We would move a commissioned share to operating only after site evidence showed units carrying load. A cancelled order, a large cut in scope, or no sign of delivery would move the record back to planned.
The headline must not be treated as 300 operating megawatts.
Status is labeled from public evidence. Supplier orders, MoUs, pilots, projects under delivery, and operating sites are not counted as equivalent.
- Status
- Operator
- Undisclosed U.S. data-center operator
- Location
- Multiple sites, United States
- Capacity
- 300 MW aggregate CDU capacity
- Rack density
- Not disclosed
- Compute
- AI-ready, high-density infrastructure
- Announced
- Jan 6, 2025
Connected records
Companies involved
Connected records
Cooling architecture
Direct-to-chip liquid cooling
A metal plate sits directly on each processor, and liquid pumped through it carries the heat out of the rack.
Hybrid air and liquid cooling
Liquid takes the heat off the processors while air handles the rest of the rack. Almost every liquid-cooled hall works this way.
Connected records
Equipment chain
Evidence ledger
Sources and evidence
The links below show where the factual claims came from. Supplier specifications remain supplier-reported unless the record names independent operating evidence.
- 01LiquidStack secures 300-megawatt CDU order
LiquidStack · Jan 6, 2025
Record information
- Record ID
- DCC / DEPL / LIQUIDSTACK-
- Record reviewed
- Aug. 9, 2026
- Newest source published
- Jan. 6, 2025
- Record first published
- Aug. 9, 2026
- External sources
- 1
- Search visibility
- Offered to search engines
This field was researched and is not published by the party who would know:
- Rack density
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Comparable deployments
Records covering the same cooling architecture, most-evidenced first.
Add two or more, then open the comparison to see every stated claim, its duty point, and its source side by side.
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