Data centers are now the single strongest driver of private nonresidential construction spending in the United States-and for electrical contractors in Central Texas, that signal demands immediate attention. ABC National’s June 2026 construction spending data confirms what the spring numbers were already showing: while private nonresidential construction has contracted in six of the past seven months (declining roughly 4% year over year), the data-center-inclusive office category surged approximately 28% year over year to an annualized pace of $50.7 billion. For contractors building, wiring, and commissioning digital infrastructure across Austin, Round Rock, San Marcos, Waco, and the I-35 corridor, this is not abstract market intelligence. It is a planning problem-and the clearest growth opportunity in the construction industry right now.

If you’re an electrical contractor looking to build data center capabilities or strengthen your workforce pipeline, connect with ABC Central Texas about registered apprenticeship programs, safety training, and member resources.

Why Data Centers Remain the Clearest Private Nonresidential Growth Story

Private nonresidential construction spending has been sliding for months. Traditional office construction has collapsed. Manufacturing starts tied to CHIPS-era megaprojects are winding down. Warehouse and commercial facilities have softened. By May 2026, private nonresidential spending had contracted roughly 6.6% year over year. Input-material costs climbed approximately 9.7% over the same period, squeezing margins across nearly every sector.

Data centers are the exception-and by a wide margin.

The capital flowing into data center projects reflects sustained demand from hyperscale cloud providers and AI expansion that shows no sign of slowing. Construction starts in the combined office and data center category jumped 214% year-to-date through April 2026, with a 46.1% month-over-month leap in April alone. These are not speculative projects. Contractors specializing in data centers report increasing investment in specialized capabilities, and firms with data center contracts carry backlogs averaging 11.6 months compared to 8.6 months for those without-a gap that represents real revenue predictability and bid selectivity.

What makes data centers uniquely important for electrical contractors is power intensity. Average new data centers require five times more power capacity than older facilities. Every data center needs wiring, panel upgrades, and generator systems. Some estimates suggest 45–70 percent of a data center’s construction capital expenditure goes to electrical work-high-voltage distribution, redundancy systems like 2N or N+1, UPS installations, switchgear, power distribution units, and backup generation. Electrical contractors focus on mission-critical power reliability in data centers, and competency in medium and high-voltage systems is essential for contractors entering this market.

For Central Texas, the national growth trend intersects with a regional pipeline that is already enormous.

What Central Texas Data Center Growth Means for Regional Electrical Contractors

More than 70 data center projects are tracked between Temple and San Antonio along the I-35 corridor, representing 7,823 MW of planned capacity against roughly 1,154 MW currently operating. Of the 615 MW under construction, approximately 96 percent is preleased-meaning tenants are committed, and projects are far more likely to move forward than stall. In the first half of 2024 alone, Austin and San Antonio led secondary markets nationally with 463.5 MW of data center space under construction, more than fourfold the same period in 2023.

Austin Energy has more than 500 MW of pending large-load connection requests, representing about 17 percent of total current capacity. ERCOT, the Texas grid operator, has received 519 large-electric-user requests over two years versus just 24 in the year prior, with total requested loading at roughly 438,595 MW-90 percent of which is for data centers. ERCOT is reviewing data center power requests in batches due to demand.

What this means for electrical contractors in the region:

• Backlog quality improves. The 11.6-month vs. 8.6-month national backlog split likely mirrors or exceeds the local reality. Longer backlog gives firms better forward planning, smoother revenue, and a stronger negotiating position on price and contract terms.
• Bid selectivity increases. With a deep pipeline of preleased projects, contractors can be more strategic about which jobs they pursue-focusing on projects where schedule, scope, and margin align with their team’s expertise.
• Pricing power strengthens-but so does cost pressure. High demand for electricians means contractors can generally command better rates. However, materials costs for copper, conduit, cable trays, switchgear components, and transformers remain elevated. Fixed-price contracts carry margin risk if estimates don’t account for escalation. Data center construction requires electrical contractors capable of handling massive power densities, and sharp estimating is non-negotiable.
• Overtime risk is real. Schedule acceleration on fast-track data center work means more hours, more shifts, and potential subcontracting. Electrical contractors can earn up to approximately $35 per hour for data center work plus overtime-significantly more than many residential or light commercial tasks-which pulls skilled workers away from other sectors.
• Labor competition intensifies. The construction industry across Central Texas is already contending with competitive labor conditions driven by Austin’s tech-driven economy, population growth, and infrastructure investment. Data center demand amplifies that pressure. The Bureau of Labor Statistics projects 81,000 electrician job openings annually nationwide, and the supply of qualified workers is not keeping pace.

Labor depth and workforce stability are critically important in major data center hubs due to high demand. Contractors must ensure sufficient staffing to meet the demands of data center projects without sacrificing quality or safety.

Labor Pipeline and Field Operations Challenges in Fast-Track Data Center Work

Data centers demand complex redundancy and stringent safety protocols from electrical contractors. The skills required go well beyond standard commercial wiring: high-power distribution, critical systems redundancy, specialized grounding, heavy cable pulling, UPS and battery installation, and coordination with mechanical and cooling teams. Data center electricians must handle complex electrical needs efficiently, and they need wiring and panel upgrade skills that far exceed typical commercial scope.

Hiring, retention, and compensation pressures are acute. Big AI and data center projects offer premium pay that draws workers away from smaller subcontractors, residential builders, and light commercial firms. Texas faced a shortage of 306,000 homes in 2023, and the data center boom’s pull on skilled electricians compounds housing construction delays. Austin’s population growth declined to near zero from 2023 to 2024, but the infrastructure pipeline hasn’t slowed-creating a labor mismatch that Central Texas contractors must plan around.

Apprenticeship pipeline development is essential. General electrical apprenticeships need augmentation for data center work-specifically in power systems, UPS/battery technology, cooling-system electrical support, and testing and commissioning protocols. ABC Central Texas operates U.S. Department of Labor registered apprenticeship programs in the Electrical trade, providing a direct path for contractors to develop the next generation of data center-capable electricians. Contractors should treat apprenticeship enrollment not as a compliance checkbox but as a competitive strategy for building the team that wins future work.

Foreman development and prefabrication planning matter enormously on mission-critical projects. Data center environments require strict adherence to safety protocols due to their operational criticality. Foremen must sequence electrical work to avoid delaying other trades, manage component lead times for switchgear and transformers, and coordinate acoustic and thermal requirements with mechanical teams. Prefabrication of busways, cable tray runs, panels, and switchgear assemblies is standard practice on large data center builds and reduces field risk-but requires planning and investment in shop capacity.

Schedule discipline and trade coordination separate successful contractors from those who struggle. Testing and commissioning integrate a contractor with the commissioning authority through various testing phases, and commissioning experts should perform functional testing and documentation of results. Contractors need knowledge of Uptime Institute Tier I–IV classifications for fault tolerance; Tier III/IV classification indicates a contractor’s mission-critical experience and ability to deliver the reliability these facilities demand.

Safety on fast-track data center job sites requires heightened vigilance:

• Heat exposure: Texas summers and enclosed mechanical spaces create dangerous conditions. Heat illness prevention is a planning requirement, not an afterthought.
• Fall protection: Multi-level electrical installations, cable tray work at height, and roof-mounted equipment demand rigorous fall protection programs.
• Arc flash and electrical hazards: High-voltage work, heavy wiring, and energized testing bring elevated risk. Safety and compliance with NFPA 70E and NEC guidelines are crucial for data centers.
• Quality control: Failures in data center electrical systems create downtime measured in millions of dollars. Preventive maintenance often includes infrared scanning and load bank testing. Contractors should have capabilities for rigorous acceptance testing in data center projects, because errors discovered after commissioning are exponentially more costly.

Electrical contractors for data centers must ensure zero downtime through rigorous redundancy design, and high-availability redundancy is essential for uptime requirements. Experience with redundancy systems like 2N or N+1 is essential for data center projects of any scale.

How Merit Shop Electrical Contractors Can Position for Data Center Opportunities

The merit shop model-built on open competition, speed, productivity, and accountability-aligns directly with what data center clients need. Hyperscale tenants and cloud providers value contractors who can deliver on compressed timelines without sacrificing quality or safety. They are not looking for the lowest bidder; they are looking for the most capable and reliable one. Contractors specializing in data centers report increasing investment in specialized capabilities, and indicators of poor contractor suitability include lack of experience with data center specifics.

Practical steps for Central Texas electrical contractors:

• Sharpen estimating assumptions. Build utility and infrastructure lead times into every bid. Account for material escalation-especially copper, switchgear, and transformers-and use break-out pricing for long-lead items. Planning for future expansion can help reduce costs and downtime in data centers, so factor scalability into scope from the start.
• Build labor plans earlier. Don’t wait for a contract award to start recruiting. Engage with ABC Central Texas workforce development resources to identify apprenticeship candidates, assess recruiter pipelines, and plan staffing months ahead of project mobilization. Detailed outage planning is crucial for performing expansions in active data centers, and having the right people in place is the foundation.
• Invest in specialized training. Target training in high-power distribution, UPS/battery systems, switchgear installation, generator commissioning, and arc flash safety. ABC Central Texas’s OSHA training programs and STEP safety management resources provide a structured path to build these skills across your team.
• Protect safety performance while accelerating schedules. Fast-track work creates pressure to cut corners. The contractors who win repeat data center work are the ones who maintain a rigorous safety culture under schedule pressure. Data center environments require strict adherence to safety protocols due to their operational criticality.
• Leverage the merit shop advantage. Open competition rewards firms that invest in workforce quality, training, and operational discipline. When speed and accountability matter most, merit shop delivery gives contractors a competitive edge over models that restrict competition or inflate costs through restrictive agreements.

Electrical contractors in Virginia grew revenue by 32.5% year over year, Ohio contractors saw 46.9% growth, and Indiana’s electrical contractors experienced a 52.7% revenue increase-all driven substantially by data center demand. Virginia has the highest number of data centers in the country, but Central Texas is rapidly emerging as a primary market. The contractors who position now will capture share in a market that is still building momentum.

Key Market Indicators for Central Texas Electrical Contractors to Monitor

The data center boom along the I-35 corridor is not a short-term cycle. With 7,823 MW of planned capacity against roughly 1,154 MW operating, the pipeline extends years into the future. But execution risk is real, and contractors need to track the indicators that affect their ability to bid, win, staff, and deliver.

Near-term indicators to watch:

• ABC’s future nonresidential construction spending releases. Confirm whether data center spending sustains its growth trajectory and whether private nonresidential spending stabilizes or continues declining.
• Tech campus and data center announcements. New projects in Williamson County, Round Rock, San Marcos, and along the I-35 corridor-especially those with large MW requirements or preleasing commitments-signal upcoming electrical demand.
• Utility and grid constraints. Monitor Austin Energy, Oncor, and LCRA interconnection queues. Any delays in ERCOT processing or regulatory changes to how large-load requests are handled will directly affect project timelines. Data centers could account for 3 to 9 percent of Texas’ water use by 2040, and data centers may consume over 25 million gallons of water annually-though data centers are among the most efficient water users compared to manufacturing. Texas needs $174 billion for water projects over the next 50 years, and water availability is increasingly a factor in site approvals and project feasibility.
• Labor market data. Track wage escalation, licensing and apprentice availability, and recruiter success rates for electricians across Central Texas counties. Competition from north Texas markets like Dallas and Houston, as well as San Antonio, will shape local supply dynamics.
• Material cost trends. Copper, steel, conduit, switchgear lead times, and transformer availability all affect estimating accuracy and margin protection.
• Regulatory and policy developments. Recent gubernatorial directives around data center approvals, grid capacity, and water stewardship could impose additional compliance costs or delays. Industry leaders and contractors should engage with policy discussions through ABC Central Texas Government Affairs and advocacy resources.

The bottom line for Central Texas electrical contractors: the data center boom is simultaneously the clearest growth opportunity and the most demanding planning challenge in the market right now. The contractors who treat it as both-investing in workforce development, tightening estimating discipline, protecting safety culture, and engaging with the industry resources available through ABC Central Texas-will be the ones who capture this work and build sustainable competitive advantage.

Ready to position your firm for data center work? Connect with ABC Central Texas to explore registered apprenticeship programs in the Electrical trade, access safety and OSHA training, or learn how membership can strengthen your workforce pipeline and competitive positioning in a market that rewards preparation.