Data Center Construction in Euless, Texas

Euless data hall schedules run on the day a utility can energize the feeder, so we begin with the interconnect request and build the schedule backward from the first megawatt. For operators and developers looking at this part of Tarrant County, that means a load letter to the serving utility, a study of the feeder or substation capacity, an order date for transformers and medium-voltage switchgear, and only then a shell that matches the power plan. The building is important, but the grid sets the pace.

Euless is a practical place to ask those questions. A slice of the airport's southwest side lies inside the city limits, the major freeways of the metro are close at hand, and the employer base is broad: school district staff, an airline caterer, city government and a national retailer all appear among the largest payrolls in the city's 2022 financial report. That variety tells an owner there is a working labor pool nearby for commissioning staff, facility technicians and the night-shift operations that a critical facility needs.

We plan, sequence, estimate and supervise the work, and we schedule and inspect the specialty trade partners who pour the slabs, erect the steel, set the equipment and pull the cable. Our role is to keep the power path, the cooling path and the building envelope moving in the right order so none of them waits on another.

Colocation and wholesale providers are the buyers most sensitive to interconnect timing, because their customers sign for megawatts that have to be deliverable on a date. Our page for colocation and wholesale operators describes how we phase capacity so a first data hall can open while the second is still being framed. Utilities and power developers have a different concern: they want yards, duct banks and control buildings built to the utility's standards and handed over without punch-list drift.

Enterprise owners tend to want smaller, resilient rooms with a clear recovery story, and edge operators want compact buildings close to fiber and people. Each of these buyers asks the same first question about Euless, which is how long the utility will take, and each gets the same first deliverable from us: a power timeline with the long-lead items identified before a design is frozen.

On a project that begins with a substation or a dedicated feeder, the biggest cost swings come from electrical gear rather than from concrete. Medium-voltage switchgear, step-down transformers, generators and paralleling controls carry long manufacturing queues, and a late order can add more cost through idle site time than any change in the building. We price those items early, hold the quotes with clear expiry dates and show the owner which decisions cost money to delay.

Site work is the second driver. Utility easements, duct bank length, trenching through existing pavement and relocation of buried lines can each change the total. Shell and core is the third: tilt panel, precast or steel framing, roof loads for rooftop cooling, and slab thickness for racks. We carry allowances honestly, label them as allowances and replace them with firm numbers as the utility and the equipment vendors respond.

Our scope on an Euless project usually runs in four layers. First comes the utility layer: load letters, one-line diagrams, easement coordination and the order of long-lead equipment. Second is the site layer, with grading, detention, paving, a generator yard and a cooling pad sized for the planned load. Third is the shell, where we coordinate the foundations, slab, wall system and roof so the building is weathertight before electrical rough-in begins.

Fourth is the handoff layer. We lay out the path from energization to functional testing, include the owner's commissioning agent early and make sure the building can accept equipment in the order it will arrive. For owners who want only the building, data center shell and core explains how far we take a base building before the tenant or operator fit-out starts.

Industrial development in the city shows that large flat sites with road access are available. A developer bought 22 acres at the northwest corner of Pipeline Road and Industrial Boulevard to put up a three-building logistics project of 367,000 square feet, reported in April 2021. The site pattern matters here: parcels of this size, near the airport and the state highways, are the same kind an operator would consider for a data hall with a generator yard.

The Bear Creek mixed-use project of 200 acres at S.H. 360 and Airport Freeway, with 500 homes built by a national homebuilder as of April 2018, shows the neighboring demand for power and water. A builder must read that growth honestly, because every new subdivision competes for the same distribution capacity, and we ask the utility early what is actually available.

From Euless we reach the surrounding metro quickly. Owners comparing nearby sites often weigh Irving, with its corporate and carrier concentration, against Arlington, where large parcels and a different utility mix come into play. Grand Prairie is another common comparison for owners who need more land to the southwest.

We price those options on the same basis, with the same power assumptions, so the comparison depends on facts and not on how a site was marketed. If a neighboring city offers a faster interconnect, we say so and show the schedule.

Sites near a major airport raise a few questions that a standard commercial parcel does not. Crane heights and exhaust stack heights may need review against airport requirements, noise and vibration from nearby operations can affect sensitive equipment placement, and the approach of flight paths shapes where a tall cooling structure can stand. We check these on paper before the owner commits to a layout.

Easements matter just as much. High-voltage lines, pipeline corridors and drainage channels cut parcels into usable pieces, and a generator yard that needs a fuel truck turning radius will not fit in a leftover corner. Our generator yards and fuel systems work starts with the delivery route and the setbacks, then places the equipment.

A project that ties into utility power brings energized work, and that changes how a site is run. We write a plan for each tie-in, with lockout and tagout steps, arc-flash boundaries, qualified-person requirements and a clear owner of every switching order. Work areas around medium-voltage gear stay separated from general traffic.

Our construction cleanliness and safety program also covers dust control for the finished shell, so that fine concrete dust does not settle on equipment later. Plan review at the city covers the drawings, fire officials look hard at fuel and battery rooms, and our submittals are written to keep each review short.

Share the address, the planned megawatts and the date you need power. We will answer with an interconnect checklist, a long-lead equipment list and a first schedule for the Euless site.

How early should we contact the utility for an Euless data center?

As early as the site is under serious consideration, and before design is frozen. The load request and feeder study set the energization date, and that date controls the entire schedule. We help prepare the request, track the utility response and flag any equipment that must be ordered before the study is complete.

Can a data hall share a parcel with a generator yard?

Usually yes, if the parcel is deep enough for setbacks, a fuel delivery route and an exhaust plan. We lay out the yard first, because it is the most constrained piece, and then fit the building around it. Noise and screening rules are checked against the permit set.

What does shell and core include?

It covers the foundations, slab, structure, envelope and roof, along with the base utilities that a tenant or operator will connect to. The data hall equipment, racks and detailed cooling are left for the fit-out phase. We define the line in writing so nobody pays twice.

Which equipment has the longest lead time?

Medium-voltage switchgear, large transformers and generators usually take the longest to arrive. Chillers and paralleling controls follow closely. We list them in a procurement schedule at the start so the owner can decide which to reserve before the design is complete.

Do you handle commissioning?

We coordinate it. That means building the sequence of tests into the schedule, keeping the owner's commissioning agent involved from the start and making sure every system is ready for its turn. The tests themselves are performed by the equipment vendors and specialty firms we supervise.