Transformers, switchgear, generators, UPS, CDUs, and busway for hyperscale and colocation builds — sourced against real lead times, not list-price fiction.
Power procurement for new data center capacity is running into the same bottleneck everywhere: large power transformers. Lead times on the largest units are stretching toward four years industry-wide, and utilities are now bidding against hyperscale developers for the same limited pool of transformers and switchgear — pushing some orders three to five years out. Sourcing data center power equipment has become as much a lead-time exercise as a spec exercise.
On the cooling side, rising GPU rack densities are pushing new builds from air to liquid cooling, with direct-to-chip CDU deployments becoming standard rather than exceptional — a shift that reshapes what mechanical and electrical procurement lists look like for both new construction and retrofits.
The Data Centers desk covers pad-mount and GSU transformers, MV switchgear and breakers, generators and UPS, CDUs, and busway — 21,180 SKUs configurable to spec, each carrying an indicative lead time so you know what you're actually waiting for before you commit to a design.
For a deeper look at what's driving these lead times and how to plan around them, see Why Transformer Lead Times Stretch Past 3 Years. Not sure which transformer type your project needs? See Pad-Mount vs. GSU Transformers.
Pad-mount transformers are quoting around 85 weeks and GSU transformers around 144 weeks industry-wide. Configure the exact spec for an indicative lead time.
Pad-mount and GSU transformers, MV switchgear and breakers, generators and UPS, CDUs, and busway — 21,180 SKUs.
Utilities and hyperscale developers are now bidding for the same limited pool of transformers and switchgear, on top of an existing electrical-steel and skilled-labor shortage.

Analysts describe a worsening North American and European shortage of large power transformers, with electrical-steel and skilled-labor bottlenecks compounding demand from AI data centers and EV charging buildouts.

A Reuters report finds utilities competing directly with hyperscale developers for the same limited pool of transformers and switchgear, pushing some orders three to five years out and lifting prices industry-wide.
Rising GPU rack densities are pushing operators from air to liquid cooling; direct-to-chip CDU deployments are forecast to keep growing at roughly 20% a year as the technology becomes standard in new builds.
Paste your electrical BOM or spec sheet — we match every line against 21,180 data center SKUs and build your quote in one click.