Data Center Construction in Amarillo, Texas

Power-first developers looking at the Texas Panhandle need a builder who can turn thousands of acres of open ground into a campus with substations, duct banks, roads, halls and cooling plants, and who understands that the work begins with the wires. We build in that order in Amarillo: the interconnection, the electrical yard, the site grading, then the buildings. The terrain is flat and the roads are long, so the logistics of moving people and equipment across a large site are as important as the structure.

A planned project makes the point. The developer's own website describes a 17GW private power and AI campus on about 8,400 acres in the Texas Panhandle, next to a large federal industrial complex, with the first phase in Carson County and about 6 of the 17GW already permitted. That is a company statement, viewed in November 2026, and not an independent measure of what will be built or when. We cite it as context for what a very large project asks of the local construction market, and we have no connection to it.

A smaller owner has different goals, such as a regional enterprise facility or a secure room for a defense contractor, and Amarillo offers those users interstate access, rail service and an airport. Our role is to size the building to the owner's real load and to leave room for growth.

In July 2024 the site manager of the large federal plant near the city said employment had grown from a little over 3,000 to upwards of 4,600 amid a 70 percent increase in workload, that the plant planned to house 300 employees in Amarillo and that a 25-year master plan included reconstructing 250 buildings on site. A workforce of that size draws contractors and suppliers with security needs, and secure computing is part of their work. The Amarillo Economic Development Corporation also approved a location incentive in March 2024 for a food company facility of about 13,000 square feet costing about $10 million, adding 25 to 30 jobs.

The city's economic development corporation points out that Interstate 40 runs east-west and I-27 runs north-south through Amarillo, and lists BNSF Railway access and Rick Husband Amarillo International Airport among its logistics assets. For a data center builder, that mix means a site can be reached by truck, by rail and by air, which helps when a project needs transformers, generators and chillers. Our government and defense operators page explains the added requirements of secure facilities.

Municipal commercial construction in Texas follows the International Building Code with local amendments adopted by ordinance, and the state uses the energy conservation code. Projects of $50,000 or more are registered and reviewed under the state accessibility program before inspection. Those rules are the baseline, and secure or federal projects add their own documents.

Large power users face more. Senate Bill 6 asks the Public Utility Commission to set interconnection standards for loads of 75 megawatts or more, with site control, a study fee of at least $100,000 and financial commitments, and requires transmission-voltage loads that connect after 2025 to be curtailable in a firm load shed. A Panhandle campus will likely meet or exceed that threshold, so the study and approval steps must appear on day one of the schedule. Our permitting and utility interconnection page describes how we sequence them with site work.

The first scope on a large Panhandle site is civil: a survey, a geotechnical program, grading to drain, detention, haul roads and the temporary power and water that construction needs. We then build the permanent roads, the substation pads, the duct banks and the fiber routes. Our mass grading and site development work is organized so that earthwork contractors, concrete crews and electrical crews do not interfere with each other.

Buildings follow in phases. A large-scale AI hall needs heavy slab loading, high bay clearance, wide corridors for equipment and big mechanical and electrical yards. We describe the typical program on the AI training campus page. Cooling, whether air, liquid or hybrid, is selected with the owner's engineer, and we build the supports, piping and pads for the choice.

The National Weather Service reports that on March 14, 2025 the Amarillo airport recorded a record 83 mph wind gust, with visibility below a quarter mile in blowing dust and a multi-vehicle pileup south of Canyon. That single event tells a builder several things. Wind loads on roofs, louvers and rooftop equipment can be severe. Dust can enter air intakes and coat equipment. And road conditions can close without much warning, interrupting concrete and equipment deliveries.

We respond with design and with procedure. Louvers and intakes are specified with filtration, buildings are pressurized, and rooftop equipment is secured for uplift. During construction we pause lifts in high wind, wet roads and exposed soil, and we protect finished surfaces. Our construction cleanliness and safety practices are the framework, and we adapt them to the day's weather.

Substations and electrical yards are central, and the utility substation site work page covers foundations, grounding, oil containment and access roads. Batteries and on-site generation may also be part of the plan, which affects how we lay out the yard.

Owners considering other open-country sites can compare Lubbock to the south and Midland in the Permian Basin, and those whose work is energy-related can look at utilities and power developers. Each page explains the design conditions we plan for in that setting.

Tell us the acreage, the power source and the target load. We will reply with a scope and a staged schedule.

How should we treat an announced mega-campus when planning a smaller project?

Treat it as a source of competition for labor and equipment, not as a forecast. Large projects can tighten the market, but announcements often change. We recommend securing subcontractors and equipment slots early and choosing a schedule that does not depend on the mega-project's timing.

Can on-site generation serve a data center?

It can, and some owners pursue it. The design must address fuel supply, air permits, grid interconnection or islanding and reliability. We build the pads, buildings and yards; the owner and engineers decide the power strategy, and regulations such as Senate Bill 6 may affect how the load is treated.

What is the effect of the 83 mph gust on design?

It is a reminder that wind is a primary design input. The engineer sets the design wind speed from the code and the site, and we build to it, including roof attachment, wall panels and equipment supports. Owners can ask for higher resilience if they wish.

How do you handle secure construction near a federal site?

We follow the owner's requirements for badging, background checks and material control, and we keep documentation of who was on site and what was installed. We do not claim any clearance or certification unless it is verified for the project.

What phasing makes sense on thousands of acres?

The first phase should include the main infrastructure that is hard to add later, such as the substation, trunk duct banks and roads, and the first buildings sized to the committed load. Later phases add buildings as power arrives. We lay out the site so each phase can be built without disturbing the earlier one.