Data Center Construction Statistics in US 2026 | Growth & Key Facts

Data Center Construction in United States 2026

Data center construction has become the single fastest-growing category in American commercial real estate, and 2026 is the year that growth stopped looking like a trend and started looking like a permanent shift in how the country builds. Spending on data center construction starts hit $77.7 billion in 2025, a 190% jump from the year before, and January 2026 alone brought a record $25.2 billion in new groundbreakings. What used to be a specialized niche inside the broader construction industry is now pulling in more capital than office towers, warehouses, or almost anything else contractors build, driven almost entirely by the demand for AI computing power.

The scale involved is hard to compare to anything else in the building trade. Single campuses now run past $10 billion, hyperscalers are signing century-scale power contracts before they pour a single foundation, and states that once competed over car factories are now competing over server farms. But the boom has a rougher side too: construction costs per square foot have nearly tripled since 2020, transformer lead times stretch past two years, and the industry is short hundreds of thousands of skilled trade workers just as demand peaks. The numbers below cover where the money is going, what it costs, who is building it, and why the backlash against this construction wave is growing almost as fast as the wave itself.

Interesting Facts About Data Center Construction in US 2026

Source: ConstructConnect, Statista, McKinsey, iRecruit Labor Market Report

US Data Center Construction Starts: 2021 vs 2025
Mid-2021 monthly avg    ██                     $0.5B
Dec 2025 monthly avg    ██████████████████████ $6.5B

Every one of these figures points the same direction: faster, bigger, and more expensive than the construction industry has ever produced before. The jump from $0.5 billion in average monthly starts spending in mid-2021 to $6.5 billion by December 2025 is not a gradual curve, it is closer to a step change, and the 98% compound annual growth rate between 2021 and 2025 reflects that. Data centers now make up 45.7% of all private office construction dollars nationally, a category they barely registered in at 12.8% just five years earlier, which tells you how completely this single building type has reshaped the commercial construction pipeline.

The strain shows up just as clearly on the cost and labor side. A $415 average cost per square foot in 2025 is roughly double what it was in 2020, and the workforce needed to actually build these campuses is falling behind demand by as many as 499,000 workers, a gap serious enough that 36 states are now dangling tax breaks just to get projects sited within their borders. With McKinsey projecting $7 trillion in global data center capital spending by 2030 and the US capturing more than 40% of that figure, the pressure on costs, labor, and power that shows up in 2026’s numbers is likely to intensify rather than ease.

Data Center Construction Spending and Investment Statistics in US 2026

Source: ConstructConnect, Statista

Data Center Starts Spending: YTD April Comparison
2025 (Jan-Apr)   ████                      $13.6B
2026 (Jan-Apr)   ██████████████████████████ $49.5B

The year-over-year comparison tells the story better than any single number: $13.6 billion in data center starts spending through April 2025 became $49.5 billion over the same months in 2026, more than triple in a single year. That acceleration matches the broader trajectory since 2014, when private data center construction spending sat at just $1.8 billion for the entire year, a figure that 2025‘s $41.1 billion now dwarfs more than twentyfold. January 2026’s $25.2 billion month, driven by 20 groundbreakings including two separate $10 billion projects, was the highest single month recorded since ConstructConnect began tracking the category.

What stands out in the six-month window from October 2025 through March 2026 is not just the $92.1 billion total but the consistency behind it: every single month in that stretch ranked among the ten highest-spending months ever recorded for the category. A $9.8 billion monthly moving average through April 2026, more than 300% above year-ago levels, suggests this is not a short-term spike tied to one or two megaprojects but a sustained reallocation of construction capital toward AI infrastructure that shows no sign of slowing through the rest of the year.

Data Center Construction Costs Statistics in US 2026

Source: ConstructConnect, JLL 2026 Global Data Center Outlook

Cost Per Square Foot: 2020 vs 2026
2020    ████                     $183
2026    ████████████████████████ $746

Construction costs have climbed at a pace that even seasoned contractors describe as unprecedented. Going from $183 per square foot in 2020 to a trailing 2026 average of $746 is roughly a fourfold increase in six years, and the average total project cost nearly tripling, from $177.9 million to $475 million year over year, shows the inflation is not just about materials but about the sheer scale projects have grown to. AI rack density requirements, advanced cooling systems, and equipment shortages are the three forces most often cited for why a data center now costs so much more to build than the same footprint would have five years ago.

The per-megawatt figures put a finer point on where that money actually goes. JLL’s global construction cost estimate of $10.7 million per MW in 2025, forecast to rise another 6% to $11.3 million in 2026, only covers the shell and core of a building; tenants fitting out a facility for AI workloads can pay up to $25 million per MW on top of that for the specialized power and cooling equipment inside. That split between structure and fit-out cost is a big part of why AI-focused data centers have become so much more expensive to build than the cloud-era, general-purpose facilities that came before them.

Leading States for Data Center Construction Statistics in US 2026

Source: ConstructConnect

Top 4 States by 2025 Data Center Starts Funding
Virginia      ██████████████████████████ $15.3B
Louisiana     █████████████████████████  $15.0B
Mississippi   ████████████████████████   $13.9B
Texas         ███████████████████████    $13.4B

The geography of this boom has shifted fast. Virginia still led all states in 2025 with $15.3 billion in starts funding, but it was pushed hard by Louisiana at $15 billion and Mississippi at $13.9 billion, two states that barely registered in data center development a decade ago. Texas rounded out the top four at $13.4 billion, and the broader pattern in January 2026’s geographic breakdown, an even $12.2 billion split between the East Coast and the Midwest, shows the industry actively spreading development away from its original hubs rather than concentrating further in them.

That spread is being driven by the same constraint showing up across the industry: power availability. Traditional markets like Northern Virginia are hitting grid and permitting ceilings, which is why the Southeast, anchored by Georgia, North and South Carolina and Texas, is projected to control 35% of national data center capacity by 2030. For a deeper regional breakdown of how the industry got to this point, the data center statistics in US report covers the state-by-state capacity numbers behind this shift in more detail.

Hyperscaler Capital Expenditure Statistics in US 2026

Source: Equipment World, Programs.com, McKinsey

Largest Announced Single Commitments (USD)
OpenAI Stargate        ██████████████████████████ $500B
Vantage Texas campus   ██                          $25B

No industry outside of national infrastructure programs moves capital at the scale hyperscalers are now committing to data centers. The Stargate Project, formed by OpenAI alongside SoftBank, Oracle and MGX, alone accounts for a planned $500 billion over four years, dwarfing even the $25 billion Vantage campus in Texas that was, until recently, considered the industry’s largest single project. Amazon and Meta are each expected to spend up to $100 billion on data centers in 2026, figures that would have sounded implausible for a single company’s annual capital budget just three or four years ago.

Zooming out to the full market, global hyperscaler AI-driven data center capex reached roughly $210 billion in 2024, and McKinsey’s $7 trillion forecast through 2030 assumes hyperscalers alone will account for 70% of that spending. For readers tracking how this capital flows into the broader AI buildout beyond construction itself, the AI investment statistics in US data breaks down how much of that money is going toward chips, models and compute versus the physical buildings covered here.

Labor Shortage Statistics in Data Center Construction in US 2026

Source: iRecruit Labor Market Report, RaboResearch, DataBank

Peak Crew Size: Historical vs Modern Hyperscale Campus
Historical peak      ████                       750 workers
Modern hyperscale    ████████████████████████ 4,000-5,000 workers

The construction labor shortage is arguably the tightest bottleneck in the entire data center pipeline right now, tighter even than power or land in some markets. A single hyperscale campus now needs 4,000 to 5,000 workers at peak, compared with roughly 750 on a typical large project just a few years back, and the industry is trying to staff that surge against a national shortfall projected at 349,000 to 499,000 workers for 2026 alone. With 41% of the existing construction workforce expected to retire by 2031 and nearly 20% already over 55, the pipeline problem is structural rather than cyclical.

Wages are responding the way you would expect in a genuine shortage: skilled trades are commanding 25% to 30% above normal market rates, and the DMV region’s electricians’ union has doubled its membership to 14,700 since 2018 just to keep pace with demand. Still, 52% of firms reported staffing disruptions in 2025, and modular, factory-built construction is increasingly being used specifically to shift labor demand away from scarce on-site trades and toward more easily staffed factory crews.

Power Grid and Energy Demand Statistics in US 2026

Source: EIA, Brookings, iRecruit Hyperscale Report

PJM Grid Power Supply Cost: One-Year Change
Prior year   ██                     $2.2B
Latest year  ██████████████████████ $14.7B

Power has become the hardest constraint in data center construction, harder in many markets than money, land, or even labor. The Energy Information Administration expects a record 86 GW of new utility-scale generating capacity to come online in 2026, driven substantially by data center demand, which now accounts for 55% of all electricity demand growth nationally. In the PJM grid region alone, which serves 65 million people across 13 states, power supply costs jumped from $2.2 billion to $14.7 billion in a single year, with data centers responsible for nearly two-thirds of that spike.

That cost is not staying contained to the industry causing it. Residential electricity rates rose roughly 32% nationally between mid-2020 and mid-2025, a trend regulators and communities increasingly link directly to data center demand on the grid. Combined with grid connection delays now stretching 4 to 5 years and generator step-up transformer lead times reaching 144 weeks, power has become the single factor most likely to determine where, and how fast, the next wave of construction actually happens. The data center energy usage statistics in US breakdown goes deeper into how much electricity these facilities consume once they are actually operational.

Global Data Center Capacity and Growth Forecast Statistics in US 2026

Source: FERC, Brightlio, 451 Research, JLL

Data Center Count: US vs Nearest Competitors (March 2026)
United States   ██████████████████████████ 4,011
United Kingdom  ███                          511
Germany         ███                          507

No other country comes close to the US on sheer data center count or capacity. The 4,011 facilities operating in the US as of March 2026 outnumber the UK’s 511 by nearly eightfold, and the country’s combined capacity of over 50 GW by the end of 2025 is enough to power more than a quarter of all US housing units if converted directly to residential use. A 54% share of global hyperscale facilities sitting inside US borders, alongside a 24% compound annual growth rate since 2020, means American data center capacity has roughly doubled every three years running.

The forward outlook suggests this lead is not shrinking. Global data center capacity is projected to add nearly 100 GW between 2026 and 2030, essentially doubling what exists today, at a sector-wide compound growth rate of 14% through the end of the decade. North America, and the US specifically, is expected to keep capturing roughly half of that new global capacity, which means the construction spending, labor strain, and power demand documented throughout this report are more likely to intensify than plateau over the next several years.

Regulatory and Community Pushback Statistics in US 2026

Source: Brookings, Virginia SCC

State Data-Center Bills Filed: First 6 Weeks of 2026
Bills filed   ██████████████████████████ 300+

The political mood around data center construction has shifted sharply in a short window. More than 300 state-level data-center bills were filed in just the first six weeks of 2026, and over 100 local communities have already enacted moratoriums on new development, a pace of legislative pushback that would have been hard to imagine even two years ago. Virginia, the state that has benefited most from this construction wave, is a useful case study in the backlash: its data-center sales-tax exemption cost an estimated $1.6 billion in fiscal year 2025 alone, and the state’s own regulators approved a new GS-5 rate class, effective January 2027, requiring large customers to pay for at least 85% of their contracted grid capacity.

The federal picture is moving too, with Senator Bernie Sanders and Representative Alexandria Ocasio-Cortez introducing the AI Data Center Moratorium Act on March 25, 2026, aimed at pausing large-scale construction until Congress addresses worker protections and environmental standards. Whether that bill advances or not, the underlying pressure behind it is real: an 833% increase in PJM capacity auction prices tied directly to data center demand has made the connection between construction growth and household electricity costs impossible for lawmakers to ignore, and it is likely to shape site selection and permitting timelines for the rest of the decade.

Disclaimer: This research report is compiled from publicly available sources. While reasonable efforts have been made to ensure accuracy, no representation or warranty, express or implied, is given as to the completeness or reliability of the information. We accept no liability for any errors, omissions, losses, or damages of any kind arising from the use of this report.

Email ID:

Please enable JavaScript in your browser to complete this form.

Email

Email *

SUBSCRIBE