Field notes The Energy Transition for the Rest of Us

Catalyst N° 120 of 125 6 Aug 2026

The electrician shortage slowing the AI boom

with Raymond Hawkins, chief customer officer, Compass Datacenters

In this note
  1. 01The question
  2. 02The answer
  3. 03The argument
  4. 04What you need to know first
  5. 05Details worth keeping
  6. 06Claims worth citing
  7. 07Where it’s contested

The question

How much is the shortage of electricians actually holding back data center construction, and what can anyone do about it?

The answer

Less than the title suggests, and in a different way. Hawkins ranks labor third behind power and community opposition, and is explicit that it is not stopping projects: it costs a great deal more money and strains schedules, and with unlimited labor his company could simply build faster. The shortage is of both electricians and senior electricians at once, wages have responded strongly, and developers are working both sides of it by funding local training and by moving skilled work off the job site into factories.

03The argument

Kann sets this up as a question about rate limiters on AI infrastructure. The candidates are demand, chips, power and labor, and labor gets named constantly and then skipped, probably because it is the least tractable: money can be thrown fairly directly at chips and at power, but not at people. Asked where labor ranks for his own buildout, Hawkins puts power first, says community opposition has climbed the list startlingly fast, and places labor after both. Then he makes the distinction the rest of the episode rests on. Labor is not stopping anything. It costs much more, it strains the schedule, and it forces constant management of which people are slotted where and when. If he had all the labor in the world, he would go faster. That is a throttle on pace and cost rather than a ceiling on what gets built, and it is a weaker claim than the episode’s title.

Why electricians in particular is really two questions, and Hawkins answers both with “and” rather than “or.” A data center is unusually electrical: the product is sold by the kilowatt because power is the limiting factor in the building, so the electrical work is enormous in volume and far above residential grade, while the heavy equipment operators, plumbers and drywall crews look much like any other large construction project. He needs hundreds of electricians and he needs them senior. Asked whether the fix is therefore training more electricians or training more specialized ones, he says the industry could absorb both today, and compares it to the utilities: the same sudden pace that overwhelmed the people who build generation and wires has overwhelmed the people who wire the other end.

The market response is visible and slow. Kann presses the efficient-market logic, that the chance to earn triple wages should pull people into the trade even without special programs, and Hawkins agrees it is happening in essentially every market where Compass works. The more interesting part is why a developer would fund training itself, which is not the historical pattern, and the reason is duration. A lease signed today means a campus under construction for four or five years, so someone starting a two-year apprenticeship now is still useful on that same site for another three or four. That arithmetic makes a training pipeline rational for a party that does not even employ the electricians, since the general contractor or electrical contractor is the actual employer and Compass is only the party that needs them to exist. Hence a twelve-week program with a community college near their Dallas campus, built alongside equipment partners whose gear those electricians will install. In the meantime the gap is filled by moving people: recruiting from other regions, housing them in camps near sites in smaller markets, and rotating crews through in blocks of weeks, a pattern he compares to both military deployments and travel nurses.

The other half is reducing how much labor a building needs, and here the honest answer complicates the good news. Compass has treated data centers as an assembly process rather than stick-built construction from the start, but Hawkins is careful that reduced site labor was a consequence rather than the motive. The original reasons were speed, quality, safety and a more diverse workforce, since the traveling workforce is overwhelmingly men and factory work that ends at five is open to people who cannot relocate. Roughly 85% of a building now arrives on trucks, including electrical distribution as preassembled units. But the skilled labor does not disappear; it relocates to partners’ manufacturing facilities, so the shortage moves rather than lifts. And Kann’s closing observation is the one to keep: even with that degree of prefabrication, a single building still takes about nine months, a campus still takes five years, and the projects are still short of people. The last third of the conversation turns to community license, where Hawkins argues the industry’s secrecy was inherited from security-conscious early customers rather than chosen, and that local training is one of the few moves that serves the build and the community relationship at once.

04What you need to know first

General contractor and electrical contractor
The firms that actually hire and employ the trades on a construction site. The data center developer is the customer, not the employer, which is why funding worker training is an unusual thing for a developer to do.
Journeyman
A fully qualified tradesperson, typically after an apprenticeship of a couple of years. In this market the word now carries the traveling sense too, since crews relocate to wherever the project is.
Stick-built versus prefabricated
Stick-built means assembling the building piece by piece on site. Prefabrication means components arrive complete, such as electrical gear preassembled on a skid, wall panels craned into place, and cooling delivered as a packaged unit.

05Details worth keeping

  • The staffing model looks like oilfield work. Crews are recruited out of other regions, housed in camps of trailers near the site because a rural site does not contain hundreds of trained electricians, and rotated through in blocks of roughly 30, 60 or 90 days.
  • When a campus finishes, Hawkins sees two paths for the workers trained on it: permanent operations jobs on the same site, or travel to the next large project, with Wyoming, Mississippi and the Texas Panhandle named as examples.
  • What gets prefabricated is extensive: the transfer switch and step-down transformer on a single skid, the entire power center as one delivered unit, packaged liquid and air cooling, tilt-up wall panels and prefabricated roof spans. Hawkins uses a Lego analogy that he says his boss dislikes.
  • The building size is a design choice rather than a limit. Compass builds 40-megawatt buildings so campuses can spread out, having studied the microclimates that large intakes and exhausts create outside. Larger single buildings are possible and are not on their roadmap.
  • Hawkins traces the industry’s reputation for secrecy to its first large customers, financial institutions and government, for whom an anonymous building on the edge of town was a security measure rather than concealment.
  • On specific community concerns his answers are Compass’s own practices: a closed-loop cooling system that is not a continuous draw on municipal water, and paying for electrical infrastructure downstream of generation so it does not land on other ratepayers. He also wants on-site generation available to the grid during extreme events rather than sitting idle.
  • On public acceptance he reaches for trains, which people once believed would stop your heart at thirty miles an hour, while disclaiming the comparison.

06Claims worth citing

All figures as stated on 2026-08-06. Labor costs in this market move fast, and the cost figure below is offered as an estimate.

  • The cost of electricians has roughly tripled over the last decade. Hawkins flags this as his own estimate and does not say whether he means wages or fully loaded labor cost, or against what baseline. Hawkins
  • An unnamed infrastructure executive at a hyperscaler predicted, half jokingly, that electricians would soon be paid around $2 million a year. relayed by Kann
  • Compass builds 40-megawatt buildings of a little over 200,000 square feet, about nine months each. The Dallas-area campus is ten of them, roughly 400 megawatts, and takes about five years. Hawkins
  • About 85% of a building arrives prefabricated on trucks. Hawkins
  • The community college program near Dallas runs twelve weeks, takes people with no prior data center knowledge to entry level, and the first cohort is employed at wages well above the local average. Hawkins is unsure whether the second cohort has finished or the third has started. Hawkins
  • Labor ranks behind power and behind community opposition as a constraint, and is raising cost and stretching schedules rather than halting projects. Hawkins
  • In thirteen years in the business, the unit of conversation has gone from kilowatts to gigawatt campuses being completely normal. Hawkins
  • Compass pays for the electrical infrastructure downstream of generation that reaches its sites, and puts it on its own bill rather than the ratepayers’. Hawkins

07Where it’s contested

  • The episode’s framing is stronger than the guest’s claim. Kann introduces workforce as one of the most important bottlenecks in the market and the least appreciated. Hawkins ranks it third, behind power and community, and says directly that it is not stopping projects but raising cost and stretching schedules. Both can be true, but the causal weight belongs on cost and pace, not on a halt to construction.
  • The headline cost figure is soft. The tripling is explicitly an estimate from one buyer, with no source, no defined base and no distinction between wage rates and total labor cost. The $2 million figure is a joke, relayed secondhand.
  • Whether the market fixes itself is asserted rather than shown. Hawkins believes in the price signal and says training programs are appearing everywhere he works. The evidence offered is the existence of those programs, not any measure of supply catching up, and neither speaker offers a date by which the constraint eases.
  • Prefabrication moves the labor rather than eliminating it. Hawkins says so himself: there is still skilled labor, now spread across partners’ factories. Whether total skilled hours per megawatt fall is not established.
  • Much of the second half is one company’s practice offered as best practice. Hawkins flags one stretch as a Compass commercial himself. The waterless cooling, the ratepayer position and the “Class A developer” standard he borrows from Class A office space all describe what his firm does and how it would like the industry judged. That is useful as an existence proof and is not a survey of what developers generally do.

Cite as: “The electrician shortage slowing the AI boom,” The Energy Transition for the Rest of Us, note on Catalyst with Shayle Kann, August 6, 2026. CC BY 4.0. View the Markdown