Scotty Wristen lost five electricians in one year, not to retirement and not to another builder down the road, but to a 4-million-square-foot AI data center on the outskirts of Abilene, Texas, where OpenAI, Crusoe, and Oracle are building a facility called Stargate that will eventually consume 1.2 gigawatts of power, more electricity than the entire city of Abilene uses on a hot August afternoon.
Wristen owns WE Electric and pays $20 an hour. The data center pays $35, plus overtime, plus per diem.
"Some of them were guys that I've had for eight years, five years," Wristen told the Texas Tribune. "They came, they got trained, and they left to go out there. I don't blame them. It's less strenuous work but more time on the clock, or more money to take home to the family."
So now he hires teenagers. Straight out of high school, no tools, no experience. He describes the first four or five months as "hell." Little mistakes that cost time and money, fixable but slow. What took a trained crew two days now takes a week because the people who knew the work are pulling 500 MCM copper through conduit at a facility that processes AI queries for customers who will never set foot in West Texas.
Follow the Money, Find the Workers
Between 45 and 70 percent of every dollar spent building a data center goes to electrical work, according to the IBEW. That is an astonishing concentration of trade labor into a single category, and it explains why data center developers are willing to pay double or triple residential rates to lock down electricians for 18 to 30 months at a stretch. A large project does not hire workers for a few weeks. It swallows crews whole and does not spit them back out until the facility is commissioned and running.
Texas has about 71,000 employed electricians. It also has more than 300 operating data centers with roughly 100 more planned. Those numbers cannot coexist without something breaking, and what is breaking is residential construction timelines.
Gene Lantrip, a homebuilder in Abilene, normally builds 60 to 70 houses a year. This year he has 86 under construction and could reach 150 by December, driven partly by the 14,000 temporary data center workers and their families who all need somewhere to live. But every house now takes two months longer to finish because his electricians, plumbers, and HVAC crews cannot hold onto their people.
Two months. On a $500,000 home with a construction loan at 7.5 percent interest, that delay costs the buyer roughly $6,250 in additional carrying charges alone. Add the 12 to 18 percent labor cost increases that Danny Niemela of ArDan Construction reports across Arizona's licensed trades, apply that to the $15,000 to $25,000 electrical and HVAC scope of a typical single-family build, and you are looking at another $1,800 to $4,500 in hard cost inflation. Combined: $8,000 to $11,000 per home in data-center-driven price increases that nobody itemizes on your closing statement because nobody can cleanly separate "data center poaching" from the broader labor crisis that was already eating the industry alive.
A Shortage That Predates Silicon Valley
Be careful with the narrative here. Data centers did not invent the construction labor crisis. They poured accelerant on a fire that has been burning for two decades.
Associated Builders and Contractors estimates the construction industry needs 349,000 net new workers in 2026 just to maintain equilibrium. In 2027, that number jumps to 456,000. Employment in the sector grew by only 14,000 in all of 2025. Nearly one in five electricians is older than 55. Nationally, 20,000 electricians leave the workforce every year through retirement, and one in three is between 50 and 70.
Patrick Murphy, CIO of Coastal Construction, put it cleanly: "Data centers didn't create that problem. They exposed it."
He is right, and he is also underestimating the damage.
A Randstad analysis of 50 million job postings found that since late 2022, demand for HVAC engineers has risen 67 percent, robotics technicians 107 percent, and construction roles overall 30 percent. Traditional skilled trades postings are up 27 percent in four years, 11 points above the overall market average. It now takes longer to hire a skilled tradesperson (56 days) than a desk-based professional (54 days). Randstad calls this the "labor flip," and it has arrived at the worst possible moment for anyone trying to build a house.
What This Actually Costs You
If you are building a home in Texas, Arizona, Virginia, or any of the other states where data center construction is booming, here is how the labor drain hits your budget:
| Cost Category | Before Data Center Boom | Current (2026) |
|---|---|---|
| 200A panel upgrade | $3,500 | $4,200 |
| Electrical rough-in (new construction) | $8,000–$12,000 | $9,500–$14,000 |
| HVAC install (residential) | $7,000–$12,000 | $8,400–$14,400 |
| AC repair wait time (summer) | 2 days | 5–6 days |
| New-home construction timeline | 7.2 months (Census avg) | 9+ months in affected markets |
Danny Niemela, vice president at ArDan Construction in Arizona, summarized it with the bluntness of someone who has watched this play out in real time: "Supply and demand. When there are more jobs than dudes to go do them, the pay rate inevitably increases. That $3,500 panel upgrade you had done two years ago will run you $4,200 this year." Arizona has 184 data centers and 86 more in the planning pipeline, according to Pew Research.
Reciprocity Won't Save You
Texas is trying. Since November 2025, the state has signed reciprocity agreements with Iowa, Alabama, and Arkansas, allowing electricians from those states to transfer their licenses without starting the certification process from scratch. State lawmakers directed the Texas Department of Licensing and Regulation to maximize these partnerships.
Cameron Dodd, a journeyman electrician and political director for the Austin IBEW chapter, is cautiously optimistic. "We're trying to recruit more folks who are ideally already licensed," he said. "The reciprocity agreements, that should help."
It will not be enough, because the structural math does not work.
Becoming a licensed electrician requires a four-to-five-year apprenticeship. You cannot compress that timeline without compromising safety in an occupation where mistakes kill people. Even if every reciprocity agreement in the country activated tomorrow and every eligible out-of-state electrician relocated, you would be adding a few thousand workers to an industry that needs hundreds of thousands while simultaneously hemorrhaging 20,000 annually to retirement.
Meanwhile, Lancium's CEO told IEEE Spectrum that his company currently builds enough data center infrastructure to require 1 gigawatt of power per year. Big tech firms want that pace accelerated to 1 gigawatt per quarter and eventually 1 gigawatt per month. BloombergNEF projects U.S. data center power demand could reach 106 gigawatts by 2035. Each gigawatt requires thousands of electricians, pipefitters, and HVAC techs for the construction phase alone.
The pipeline cannot produce them fast enough. Wristen, the Abilene electrician who lost his crew, tried to recruit from the local technical college. Dozens of students visited his job sites with their teachers. None came back.
Who Wins, Who Loses
If you are one of the electricians who jumped to data center work, this is unambiguously good: better pay, steadier hours, less physically punishing labor. These are working people making rational economic decisions for their families, and moralizing about loyalty to residential construction is useless sentimentality when someone is offering you double your salary to do comparable work indoors.
If you are a homebuyer, this is $8,000 to $11,000 in costs that did not exist three years ago, layered on top of a housing market where the median new home already costs $495,000 (Census, Q4 2025) and mortgage rates sit near 7 percent. Nobody is going to lower your purchase price because a data center three states away hired your builder's electrical sub.
If you are a small residential electrician like Wristen, this might end you. He cannot match $35 an hour plus per diem on a business model built around $20-an-hour residential work that generates thin margins on repetitive tasks. He can train teenagers, absorb the quality costs, and hope his best ones stick around long enough to become competent before the next Stargate opens 40 miles down the road. But the experienced mid-career electricians he lost are not coming back. Data center operational roles still require licensed electricians after the construction phase ends, and those positions pay better than residential work with better benefits and more predictable schedules.
If you are a large production builder, you have leverage. D.R. Horton, Lennar, and PulteGroup can negotiate bulk labor rates, run their own apprenticeship pipelines, and absorb timeline extensions across portfolios large enough to smooth the impact. Custom and small-volume builders cannot.
What Should You Do?
If you are building a home in an affected market: Lock your electrical and HVAC subcontractors early, get written timelines with escalation clauses, budget an additional 10 to 15 percent contingency on trade labor, and ask your GC directly how many of his subs have lost crews to data center projects in the last year.
If you need an AC repair this summer: Do not wait until it breaks. Schedule preventive maintenance now, while technicians have availability. In data-center-heavy markets, summer HVAC repair wait times have already stretched from two days to five or six.
If you are a builder: Start an apprenticeship program if you have not already. Yes, the first five months will be expensive and frustrating. But training your own pipeline is now a survival strategy, not a charitable investment in the next generation. Also: look at your margins. If you are still pricing electrical scope at 2023 rates, you are subsidizing every project.
Limitations
This analysis draws primarily from reporting on Abilene, Texas, which represents an extreme case: a small city absorbing a single massive data center project. Impact patterns in large metros like Phoenix, Dallas-Fort Worth, or Northern Virginia are more diffuse and harder to isolate from other labor market forces. No comprehensive national dataset tracks trade worker migration between residential and data center construction, which means the per-home cost estimates ($8,000 to $11,000) use reported labor cost increases from specific markets and may not apply uniformly. Construction loan carrying cost calculations assume a 7.5 percent interest rate on a $500,000 home, which represents a national average; actual costs vary by borrower creditworthiness, loan product, and lender. Randstad's job posting analysis captures demand signals but does not directly measure hiring outcomes or worker movement between sectors.