About Data Center Builders of Oklahoma

Power and water decide the site. Everything else on a data center project, the shell, the slab, the cooling yard, the fit-out, follows from whether a utility can deliver the load and whether the ground can take the building. That is the order we think in at Data Center Builders of Oklahoma, and it is why we talk to the utility and the county before we talk about finishes.

We build data center shells, power and cooling yards, mission-critical slabs, utility interconnection work and the civil package around them, and we coordinate fit-out and commissioning with the operator and the design team. We work statewide, from the Oklahoma City metro and the Tulsa area to the plains towns along I-40 and the southwest corner of the state. This page explains how we work, what we build, and where.

The state's own economic development office reports that Oklahoma produces 61 percent more energy than it consumes, that renewables supply 47 percent of its electricity, and that energy costs run 17 percent below the national average. It also notes a 998 megawatt wind energy center operating in the state. For an owner weighing sites, those figures describe a grid with generation close to the load and a long habit of building transmission across open country. Land is generally easier to assemble than in the coastal markets, and rural counties have learned how to work with large industrial users.

Oklahoma is also a place where a site plan has to respect the weather. The National Weather Service counts an average of 59.4 tornadoes a year in the state, with May the peak month. We design and sequence work with that in mind: protected material staging, wind-rated temporary enclosure while a roof deck is open, and structural systems chosen with the engineer for the loads the building will actually see. Earthquakes also appear in the state's record, which is one more reason we want the geotechnical report in hand early rather than late.

Our work falls into four groups. The first is the building itself: shell and core structures in tilt-wall, precast or structural steel, with the roof, envelope and electrical and mechanical rooms built to the operator's drawings. The second is the site: mass grading, stormwater and detention, access roads and truck courts, security perimeters and the underground work that carries power and fiber to the building. The third is the mechanical and electrical yard, where the generators, fuel systems, chiller pads, battery rooms and substations live. The fourth is the interior, where we build out data halls and coordinate with the equipment trades.

The floor deserves its own mention. A hall slab carries rack rows, containment and cooling distribution, and it has to be flat, dense and dust-free. Our mission-critical concrete slab work is planned with the engineer and the owner's flooring specialist well before the first truck arrives: subgrade proof-rolled and tested, vapor barrier placed with care, reinforcing set to the drawings, and a finishing and curing plan agreed in writing. Anchor bolts for equipment frames and cable tray supports are located from the survey, not from memory, so that what is cast into the concrete matches what arrives on the truck later.

On the power side, our generator yards and fuel systems work covers the pads, containment, conduit, bollards and fencing that let an owner get a backup plant inspected and running. Cooling is similar. Chiller and cooling plant pads, cooling water supply lines and liquid cooling coordination all depend on the equipment submittals, so we sequence them with procurement instead of after it.

The schedule for most projects is set by the utility, not the builder. A substation, a transmission tap or a new feeder has its own engineering, its own outage windows and its own approvals. We start that conversation during preconstruction, and our permitting and utility interconnection process is built around learning early what the serving utility requires, who owns which piece of the work, and which dates are firm and which are hopeful.

Counties and municipalities are the other half. Oklahoma sets minimum building codes statewide through the Uniform Building Code Commission, and the state adopts newer editions of the International Codes and the National Electrical Code on its own schedule. Cities adopt and enforce their own editions and amendments, though, and several of the larger ones list earlier editions. We confirm the edition and any local amendments with the building department on every job, because a data center drawn to the wrong edition costs months. The state also does not license general contractors as such, so owners rightly look to references, bonding, safety records and the trade licenses of the people on site. We encourage owners to ask for all of them.

Our clients fall into a few groups, and each one asks different questions. Colocation and wholesale operators want repeatable halls that can be delivered in phases as tenants sign. Enterprise and financial owners want a facility that fits an existing campus and passes an audit. Government and defense operators need security detailing and documented material handling. Telecom carriers need entrance rooms and meet-me spaces that stay lit through every phase of construction, and AI and GPU cloud operators arrive with rack densities that change the cooling design.

The group that may surprise some readers is the supply side. Utilities, cooperatives and power developers build pads, yards and fenced compounds on a data center timeline, and we support them through construction support for utilities and power developers. That work includes the substation yards and battery storage sites that sit next to the campus fence, and it gives us a working view of both sides of the meter.

We serve the Oklahoma City metro and the Tulsa area, and we also work well outside them, because the power and land that suit a data center are often in smaller towns. Each of these markets has its own constraints, and we try to learn them before we price.

In south-central Oklahoma, Duncan is a good example. The city has three industrial parks, and a 2022 report said they share 1.4 million dollars in federal ARPA funds and 1 million dollars in state PREP money for infrastructure. Public money that goes into roads, water and sewer on the park side of the property line is money the owner does not have to spend. Our job there is to find the parcel with the cleanest path to a feed, a fiber route and a truck court.

In the southwest, Altus has an industrial air park that was reported to receive 4 million dollars in ARPA funds and 4 million dollars from the state PREP fund. We approach sites like this with the same preconstruction steps we use anywhere: soils, utilities, floodplain, permits and haul routes.

Along the river, the Port of Catoosa area offers rail, road and river access in the same corridor, which matters when a campus needs very large equipment delivered to a very specific pad. Other markets on our list include Stillwater, Enid, Lawton, Ardmore, Durant, Woodward and Guymon. Each location page on this site covers what we know about that market, and we are glad to talk about a site that is not on the list.

Long-lead equipment such as generators, transformers and chillers can take longer to arrive than the building takes to rise, so we assemble procurement schedules during estimating. Cleanliness and safety are part of the same discipline. Data hall construction has its own standards for dust control, and construction near live equipment has its own rules for lockout, hot work and access. We write both into the project safety plan and into the subcontract scopes, so every trade knows what is expected before it mobilizes. At the end of the job, our integrated systems commissioning support brings the power, cooling, controls and life safety systems together for testing, and we stay with the punch list until the operator accepts the space.

The best time to call a builder is before the land contract is final. A short conversation about the utility, the soils, the water source and the flood zone can change which parcel an owner chooses, and it costs far less than discovering the same facts after closing. We are glad to walk a parcel, review a utility letter or sanity-check a budget, and we will tell you plainly when a site is not ready.

If you are weighing a site in Oklahoma, send us what you have: the parcel, the target load, the utility contact and the schedule you are hoping to meet. We will tell you what we would check first.

Do you build the whole data center or only parts of it?

We do both. Some owners hire us for the shell and site, with the operator's own team handling the interior. Others want a single builder from grading through commissioning. We define the scope line in writing during preconstruction so that everyone knows who owns the roof, the slab, the electrical rooms and the data hall.

Which part of Oklahoma do you serve?

We work statewide. That includes the Oklahoma City and Tulsa metros as well as smaller markets such as Duncan, Altus, Enid, Ardmore and Guymon. The location pages on this site describe what we know about each market, including industrial parks, highways and site constraints.

Which building codes apply to a data center in Oklahoma?

The state sets minimum codes through the Uniform Building Code Commission, and the state adopts newer International Codes on its own schedule. Cities adopt their own editions and amendments, so the code actually enforced depends on the jurisdiction. We confirm it with the local building department before design is locked.

Do you guarantee a power date?

No builder can, because the serving utility controls interconnection. What we do is identify the utility's requirements early, build the schedule around the dates it will actually commit to, and keep the site ready so that no time is lost once power is available.

Can you help with a site that is not yet purchased?

Yes. A review of soils, flood exposure, utility access, water and haul routes before closing is often the most useful work we do. We give owners a written summary of what we found and what we would want confirmed before they commit.