Data centre physical
BOTTLENECKYears-long lead times for liquid-cooling and construction capacity let Nscale capture lease premiums and power mark-ups.
Physical infrastructure housing, powering, cooling and securing AI compute hardware, from utility service entrance to rack face. Excludes external grid connection and in-rack IT hardware. Operators earn lease premiums and power mark-ups; construction and liquid-cooling supply chains gain from constrained capacity and long lead times.
All physical infrastructure required to house, power, cool and secure AI compute hardware, from land acquisition and facility construction through to ongoing operations and decommissioning. Covers everything from the utility service entrance to the rack face; excludes the external grid connection (L2) and in-rack IT hardware (L4).
Why the concentration exists
Capital intensity and qualification cycles reinforce that lock-in, because each transformer, switchboard, and busway is engineered to a site's voltage, fault current, and footprint rather than built to stock. Skilled-labor shortages add further strain on the construction side, with the US industry alone needing to hire up to 349,000 additional workers in 2026, and more than one in five US construction workers over the age of 55 as of 2024. The result is that even projects that have secured land and power can stall for years between ordering electrical equipment and bringing a building online.[1][3][4]
What the evidence shows
Transformer lead times from traditional OEMs run 26 weeks or longer.
gigaenergy.comEquipment lead times range from eight to 24 months.
bain.comWho supplies it
Green-power developers are emerging as an adjacent supplier tier because renewable behind-the-meter generation is now a procurement requirement for many AI workloads. Soluna, a developer of green data centres, has acquired a 150 MW wind farm in West Texas to feed its own sites. Colocation inventory itself is concentrated regionally: Europe leads with 1,576 sites as of 2026, followed by North America with 1,188 and Asia-Pacific with 819, so the supply of physical capacity is biased toward those three geographies even as demand spreads to new regions.[6][7]
Who controls it
What it depends on, and what depends on it
Physically, a data centre is built from electrical equipment, structural steel, and prefabricated mechanical assemblies. The electrical equipment includes large generators, transformers, switchgear, busways, and power distribution units, while the mechanical side includes chillers, pumps, piping, and liquid-cooling manifolds sized to match rack densities that are now well beyond what air-only designs can handle. Prince Manufacturing supplies enclosures, fabricated metal parts, coatings, and assemblies, and O'Neal Manufacturing Services produces hot and cold aisle containment panels plus structural supports, all from ISO 9001:2015-certified facilities. Each of those components is a custom-fabricated industrial input that the data centre then turns into compute capacity.[2][5]
Where it sits in the stack
Takes in: Entitled land, utility power at service entrance, construction labour and materials
Sends on: Commissioned, operational physical capacity (power + space + cooling + connectivity) ready for IT hardware
41 upstream · 5 downstream
Related nodes
No other tracked node in the atlas currently shares this parent.
Sources
- bain.com
- princemanufacturing.com · 2026-06-22T21:51:18
- datacenterdynamics.com · 2026-05-19
- time.com · 2026-03-20
- onealmfgservices.com
- datacenterknowledge.com
- abiresearch.com · 2026
Full scorecard, owner shares, supply edges and the full tracked roster are in the desk letter.
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