Data Center Construction in Amarillo and the Panhandle

Power decides where a data center goes, and the Panhandle has been getting attention because it has room, wind generation and a growing list of large announcements. A $6.5 billion, 15-year lease for 222 megawatts of facility power at a Carson County campus, a $2.7 billion campus planned on more than 5,000 acres in the same county, and a $40 billion Texas investment from a major search company that names Armstrong County are all public. Each one will need a general contractor who can build at scale in open country.

We should be plain about the market. Many of these projects are announcements, and some have not disclosed capacity or timelines. A buyer should treat them as signs of demand, not as guaranteed work. What we can tell you is what it takes to build a data hall on the high plains: deep power, stable pads, thousands of yards of concrete, a lot of steel and a sequence that is pushed by the equipment, not the building.

Our role is the shell, the site, the slab and the coordination of the trades that fill it. The owner and the operator bring the technology. We bring the ability to put up a very large, simple structure on time, in wind, with the nearest ready-mix plant known and counted.

A major search company announced a $40 billion Texas investment through 2027 that includes a new campus in Armstrong County, with over 6,200 megawatts of new generation and capacity contracted. A Carson County campus described as a 17 gigawatt private power and AI site on about 8,400 acres says that about 6 gigawatts are already permitted. In downtown Amarillo, Potter County leased a county-owned parking lot at $18,000 a year for a data center module that was expected to be running by the end of March 2026.

Those three examples run from a small edge module to campuses larger than some towns. A module on a downtown lot needs a crane, a pad and a utility tie-in. A campus needs roads, water or water-free cooling, substations and miles of underground work. Our Pantex area and Claude pages describe the ground and the access in those sub-markets.

A data center schedule is set by electrical gear. Transformers, switchgear, generators and cooling units have lead times that can exceed the construction duration of the shell, so procurement starts before the permit is in hand. We help owners place early purchase orders, protect the delivery windows and arrange the laydown space to hold the gear until the pad is ready. Our data center construction service works backward from the energization date.

Weather matters too. The Panhandle can hold a crane on the ground for days in strong wind, and a gust like the record 83 miles per hour logged at the Amarillo airport in March 2025 stops work entirely. Dust is a second issue, because blowing dirt on an open site makes its way into everything. We plan dust control, enclose the building early and keep the white space clean from the moment the roof is on.

The building is large, mostly one story, with tilt-up or insulated metal panel walls, a long-span roof and a heavy slab. Behind it sit the electrical rooms, generator yards, cooling plant and fuel storage, each on its own pad. A very large campus can have a dozen or more such structures, so repetition becomes a productivity tool. We build the first one carefully and run the rest as a production line.

Site work comes first and can be most of the early cost: mass grading, stormwater detention, underground duct banks, fire water and roads that can carry heavy loads. The site development and utilities trade partners handle that work. Where a county requires water-free cooling as a condition of its tax abatement, as Gray County did for a $3 billion campus in Pampa, the mechanical design changes and so does the size of the electrical load.

Inside Amarillo city limits the 2021 Building Code and 2021 Fire Code apply and plans go through the city's online permit system. Most of the large announced sites are outside city limits, in Carson, Armstrong or Gray counties, where county platting, floodplain and other requirements apply instead. We confirm the governing authority for each parcel and build the permit list.

Power approvals are a separate path: interconnection studies, utility agreements and, for private generation, state regulatory steps. The region's transmission lines have been strained by wind, with one 2015 report noting approved Panhandle transfer capability of 5,584 megawatts against 3,904 megawatts needing to reach population centers. We do not manage the utility studies, but we know they can decide the date.

Not every data project is a campus. Smaller operators want edge modules, colocation suites, or enterprise server rooms inside existing buildings. Those projects look more like a flex industrial fit-out, with added power, cooling and security. We work at that scale also.

For large owners a manufacturing plant and a data center share many needs: heavy slab, clear span, crane access and high electrical service. A developer weighing both uses should read our developer page for how we approach speculative shell work.

Share the capacity, the energization date and the site. We will tell you what the shell, the pads and the site work cost and where the schedule risk sits.

Are Panhandle data centers actually being built?

Some are. Public reports described construction underway on a three-building campus in Pampa, with slab pours expected to begin in early 2026. Others are announced but have not published capacity or schedule. We tell clients which are real by looking at permits and site work, not press releases.

Why does water-free cooling matter for the building?

It changes the cooling plant, the roof loads and the electrical demand. Air-cooled systems need more fan power and more space, which means a larger service and bigger pads. We design the shell and the yard around the system the owner selects.

How do you handle dust and wind on the site?

We water down haul roads, stabilize disturbed areas, enclose the building as soon as the roof is on and keep air filtration running before equipment arrives. Crane picks are set with a wind limit, and we plan lifts for early morning when winds are typically lower.

What is the biggest schedule risk?

Long-lead electrical equipment and utility interconnection. A building can be ready weeks or months before the power is. We order early, track vendors weekly and keep an alternate delivery path when possible.

Can you build a small edge or modular installation?

Yes. These need a pad, a crane, utility tie-ins and permits, and we have the crews for it. A module in a city parking lot has different access and permit questions than a campus, and we plan accordingly.