// Markets · 03 · Digital Infrastructure
Data Center & Crypto Load.
A gigawatt campus is won or lost on time-to-power — and the megawatts don't flow until the transformers, gensets, and cooling are set. That critical path is ours to keep on schedule.
// The Corridor Is Where AI Gets Built
The biggest build-out in the country is in our backyard.
The largest AI-infrastructure build-out in the United States is happening in the corridor. The flagship gigawatt-scale campus outside Abilene, Texas has carried real AI workloads since late 2025 and is on a path to roughly 1.2 GW across eight buildings — a couple hours from our Midland yard — with more campuses rising across Texas and New Mexico.
These sites are being built like heavy industry. To skip the grid-interconnection queue, many are standing up their own on-site gas plants; most run closed-loop liquid cooling. Crypto and bitcoin-mining load follows the same logic one size down — sited on cheap, stranded, and curtailed power, built fast, and heavy on transformers and switchgear. Different tenants, same lift.
// Why the Lift Is the Build
Time-to-power is a lifting problem.
A data campus doesn't earn a dollar until it's energized, and it can't be energized until the heavy electrical and mechanical gear is landed: main power transformers, backup generator fleets, chillers, switchgear, and increasingly whole prefabricated e-houses and power skids dropped in as units. Every one of those is a crane pick, and every one of them sits on the critical path to first megawatt.
On a schedule measured in weeks-to-power, the crane isn't a trade you call when you're ready —
it's the pace-setter for the whole campus. A rented machine stuck in a hot-market queue doesn't just cost a lift; it moves the energization date.
// What Time-to-Power Demands
Schedule certainty is the product.
On a campus build, the lift plan is judged on one thing — does it hold the energization date:
OWNED FLEET
No Rental Queue
Our iron is on our payroll, not waiting in a hot-market rental line — the crane shows when the schedule says.
MODULAR
Prefab & E-House Setting
Prefabricated electrical buildings, power skids, and modular halls set as complete units to compress the schedule.
CRITICAL LIFT
Transformer Engineering
Load case, rigging, and ground bearing engineered for the heaviest gear on the
site — the main power transformers.
ASME B30.5
Mobile & Crawler Cranes
The operating and qualification standard governing every machine and operator we mobilize to the campus.
// Lifts We Make on a Data Campus
Substation to server hall.
// 01
Main Power Transformers
GSU and substation transformers — the single heaviest pieces on the campus — set and positioned on the critical path.
// 02
Backup Generator Fleets
Diesel and gas genset farms staged and set at production pace — often dozens of units on one campus.
// 03
Chillers & Cooling
Chillers, cooling distribution
units, and closed-loop cooling gear placed for the liquid-cooled halls AI demands.
// 04
E-Houses & Power Skids
Diesel and flare-gas generation, behind-the-meter and microgrid. Turning stranded flare gas into dispatchable power at the wellhead.
// 05
Switchgear & UPS Blocks
Medium-voltage switchgear and UPS and battery blocks set and positioned through the electrical rooms.
// 06
On-Site Power Plant
Where the campus builds its own generation, the same crews that set the gear set the turbines that feed it.
// How We Set a Campus on Schedule
Sequenced to the energization date.
1
Lift & logistics plan
Every pick sequenced backward from the date power has to flow, with deliveries and crane moves choreographed against it.
2
Laydown & staging
Yard and staging laid out so gear arrives, stages, and sets without the campus logistics choking the crane.
3
Heavy gear setting
The critical picks — main transformers and the largest cooling and power modules — landed and positioned first.
4
Production-pace setting
Genset fleets, skids, and repeat modules set at a steady, repeatable cadence that keeps the whole build moving.
5
Documented handoff
Gear handed to electrical commissioning on-position and on-schedule, with the pick records the EPC expects.
// The Iron That Sets the Megawatts
Fast, owned, and already in the corridor.
Not in a rental queue.
Campus work rewards mobility and capacity in equal measure — heavy all-terrains that move quickly between transformer pads, genset rows, and cooling yards, with crawlers behind them for the structural steel and skids. Our Midland yard puts that fleet inside a short haul of the corridor's biggest build-outs.
And it's all owned. In the hottest construction market in a decade, the crane you don't have to wait for is the one that keeps your energization date.
Same machines, same crews, campus after campus.
// The Numbers Behind the Work
1.2GW
Flagship corridor campus
1,000 US-TON
Top of the owned fleet
1
Yard beside the Texas build-out
100%
Owned & self-performed
// Tell Us About the Campus
Got a load, a site, and a power-on date?
Send the gear list, the site, and the energization target.
We'll sequence the lifts to your schedule and keep the critical path moving to first megawatt.
