Austin Data Center & Critical Infrastructure Construction

Central Texas data center cost depends heavily on IT density. A powered shell runs about $150 to $320 per SF, while a fully fitted Tier III enterprise or colocation facility runs $850 to $1,450 per SF, or roughly $7M to $13M per MW of IT capacity all-in. Edge and modular run higher per SF due to small footprints, and retrofits run $190 to $750. Use the estimator above and the national data center cost guide.

Texas combines historically low-cost ERCOT power, abundant and affordable land, no state income tax, a data center sales tax exemption, and deep fiber. Capacity clusters across Austin, San Antonio, and Dallas, giving Central Texas one of the deepest data center markets in the United States. See the data center boom analysis.

Texas offers a sales and use tax exemption for qualifying large data centers under Texas Tax Code 151.359. A facility generally must reach at least 100,000 SF, involve at least $200M in qualifying investment, and create at least 20 qualifying jobs, after which certain equipment and electricity can be exempt for 10 or 15 years depending on investment size. There is also a separate program for very large multi-tenant data centers. Confirm current thresholds with the Texas Comptroller and your tax advisor.

Power is almost always the long pole in Texas. ERCOT is an independent grid, and large loads now face added scrutiny: Senate Bill 6 (2025) created new interconnection rules for big electricity users, including curtailment provisions for the largest loads. Transformer and substation lead times and the ERCOT queue often run longer than construction, so we begin utility coordination at the start of preconstruction.

Central Texas is a hot, humid, cooling-dominated climate, so air-side free cooling does much less than in northern markets. Designs rely on chilled water, evaporative and hybrid cooling, and increasingly liquid cooling for dense racks. Water availability for evaporative systems matters in a drought-prone state, so cooling strategy and water sourcing are decided early.

Powered shells, enterprise data centers, colocation build-outs, edge and modular facilities, and critical-infrastructure retrofits, built to Tier III concurrently maintainable (N+1) and Tier IV fault tolerant (2N) targets. For mid-size enterprise and colo we lead the full design-build; for hyperscale we partner on MEP-intensive scopes while leading shell, envelope, and site. See the core data center sector page.

Yes. We self-perform FM-rated insulated metal panel installation, which gives a data center a fast, fire-rated, thermally efficient, and secure envelope with fewer trades on the critical path. With more than 1 million SF of IMP installed across 38 states, the envelope is a controlled scope, not a subcontract risk. See IMP installation and the data center IMP guide.

Redundant power (utility service, UPS, standby generators, automatic transfer switches), cooling (chilled water, evaporative, and liquid cooling for dense racks), fire suppression (clean agent and pre-action), building management and DCIM, and layered security and access control. We engineer these in-house through our MEP team and procure gear through direct relationships.

City of Austin development review can be slow, so suburban jurisdictions like Pflugerville, Round Rock, and Hutto are often faster for large sites. Either way, the ERCOT interconnect and air permits for standby generators usually run longer than the building permit and set the real schedule. We run utility, environmental, and building approvals in parallel.

Powered shell: 10 to 16 months. Fully fitted enterprise or colocation: 14 to 24 months. Edge or modular: 8 to 14 months. Retrofit or conversion: 6 to 14 months. Add ERCOT interconnect time, which can run well beyond a year for new substation capacity, plus 3 to 8 months of preconstruction.

Austin and Central Texas plus the deep markets in San Antonio, Dallas, and Houston. TCG builds powered shells and enterprise and colocation facilities and performs critical-infrastructure retrofits across all 50 states.

Yes. Central Texas is a semiconductor and advanced manufacturing hub, and the engineering overlaps heavily with data centers: redundant power, intensive cooling, cleanrooms, and FM-rated envelopes. See our Austin semiconductor and advanced manufacturing page and the cleanroom and GMP cost guide.

Yes. Edge and modular data centers suit distributed compute, latency-sensitive workloads, and phased capacity. They cost more per SF because of small footprints but deploy fast and scale incrementally. We integrate prefabricated power and cooling modules with a site-built shell and the utility service.