Data Center Construction in New Mexico
Over 1,000 construction workers were on the Los Lunas data center campus at the peak of its build, according to a July 2025 report, and that number says more about the building type than any floor plan. A data center is a large, repetitive shell wrapped around power, cooling and security, and the schedule is a logistics problem: slabs, panels, steel, switchgear and generators all have to arrive in order, on roads that can take them.
New Mexico now has a visible track record to point to. Meta announced its Los Lunas data center in September 2016, opened it on February 7, 2019, and by July 2025 the campus was over 4 million square feet with seven operating buildings and three more under development. In the south, a 1,400 acre project called Project Jupiter is under construction in Santa Teresa, according to an August 2026 newspaper report. Operators are looking at the state for land, power and room to repeat a building many times.
We build the shell, the slab and the site for data center owners and developers, and we coordinate with their electrical and cooling designers. The mechanical and electrical heart of the building belongs to specialists; our job is to give them a structure, an envelope and a site that let them work quickly and on a fixed date.
Why operators are looking at New Mexico
Land at scale is the first draw. Rio Grande Industrial Park, a marketed site of about 365 acres near Belen, sits next to a power generation station and is listed as a data center development site. It is zoned for business manufacturing and heavy industrial use. A large parcel beside existing generation answers the first question any operator asks, which is where the power will come from.
The Rio Rancho side of the metro has its own plan. A planning brochure for the Paseo del Volcan corridor describes a roughly 30 mile, four-lane freeway between I-40 and US 550 intended to open thousands of acres on the west side for manufacturing, distribution, data center and warehouse uses. Corridors like that make large-site development feasible for builders who can handle civil work, utilities and a long phased schedule.
What a data center shell asks of the site
Power, water and fiber define the site before the building does. A campus needs a utility substation, redundant feeds, a fiber route and, depending on the cooling design, a water source or a plan to use little or none. We help the owner collect the utility requirements and then build the site to match: grading for drainage, trenches for duct banks, laydown for equipment and a perimeter that supports security.
The building itself is simple but exacting. Tilt-wall or insulated metal panels over a steel frame are both common, floors are heavy and flat, and the roof has to carry mechanical equipment and withstand wind. A flex light industrial shell shares a lot of this geometry, with the data center adding heavier slabs, more redundant power and tighter access control.
Codes that govern the data hall
The 2021 New Mexico Commercial Building Code, based on the 2021 International Building Code as amended, applies, and the electrical work is reviewed under the 2020 New Mexico Electrical Code, effective March 28, 2023. A data center has heavy electrical content, so the reviewer will read the one-line diagrams closely. The 2021 energy code, effective January 30, 2024, reaches the envelope and mechanical systems, and the 2024 mechanical code takes effect August 1, 2026 with a transition period through the end of the year.
Fire detection and suppression are the other major reviews. Early warning smoke detection, clean agent or preaction systems and compartmentation between halls are typical, and the fire marshal will want to see them coordinated with the electrical rooms and the generator yard. We submit those packages together so the review is a single conversation.
Safe work on a repeating, high-volume site
A data center site can have hundreds of workers and heavy equipment on the same pad at once. We run a site safety plan that controls access, separates vehicle and pedestrian routes, manages crane lifts and tracks daily inspections. The Los Lunas campus, which employed more than 1,000 construction workers at peak, shows the scale a safety program has to handle.
Electrical safety deserves its own program. Energizing switchgear, generator testing and load bank commissioning each have lockout and clearance procedures, and the construction team and the owner's operations staff have to agree on them before the first energization. We build that coordination into the schedule and keep the drawings current.
What drives a data center budget
The shell is a minority of the total cost on a data center; electrical and cooling equipment dominate. The part of the budget we influence most is civil work, structure and the schedule. A building that is repeated across a campus rewards standardization, because each repeat is faster and cheaper than the last, and a design that works in a first building should not need to be redrawn in the third.
Utility timing is the biggest cost risk. A site that is ready before power arrives costs money to hold, and one that waits for the building loses revenue. We tie the construction schedule to the utility's commitments and keep a clear record of what depends on what, which is the discipline that developers and REITs financing these projects expect.
Services that sit around the data hall
Our site utilities package covers storm, sewer, water and conduit work that a campus needs in volume, and our build-to-suit warehouse process, which draws a building around one user's requirements, applies naturally to a single-tenant data center. Owners comparing industrial building types often also look at our manufacturing plants for the same reason: heavy power and exacting floors.
The offices, operations rooms and loading areas around a data hall are conventional building work, and we handle them in the same contract. A single general contractor for the whole campus keeps the interface between the data hall and the support spaces clean, and that interface is where delays tend to appear.
Share the site and the power plan
Tell us the acreage, the utility timeline and the number of buildings in the campus. We will return a phased construction approach and a budget range for the shell and site.
Common Questions
Do you build the electrical and cooling systems?
We build the shell, slab, site and support spaces and coordinate closely with the specialists who design and install electrical and cooling systems. Many owners prefer to hold those packages separately or with their own vendors. We manage the interfaces so equipment lands on prepared pads and in finished rooms.
Tilt-wall or metal panels for a data hall?
Both are used. Tilt-wall offers mass, fire resistance and a durable security envelope, while insulated metal panels over steel go up quickly and are easy to expand. We price both against your schedule and your campus plan before recommending one.
How early should the utility be involved?
Before the land purchase if possible. Power availability, substation capacity and delivery dates drive the whole project, and they differ by location. We help prepare the load letter and keep the utility timeline on the schedule from the start.
Can we phase a data center build?
Yes, and many owners do. We design the site so the first building can operate while later buildings are under construction, with separate access, security and utility routing. A repeatable design reduces cost and schedule risk across phases.
What is the biggest schedule risk?
Long-lead electrical equipment and utility delivery. Transformers, switchgear and generators can take many months, and the building has to be ready when they arrive. We order early, track deliveries weekly and keep contingency in the schedule for the items we cannot control.