Americas - Data Center Market Update: May 2026

Record investment, rising regulation, and the race to power AI at scale 

The United States remains the world's dominant data center market. It is also increasingly its most contested. May 2026 confirmed that investment appetite and regulatory pressure are now accelerating in parallel — and the industry will need to navigate both with equal seriousness. 

Investment at a historic scale 

The headline numbers from May are difficult to contextualise without stepping back. Google pledged $15 billion for a hyperscale campus and supporting energy infrastructure in New Florence, Missouri — including collaboration with utility Ameren to add 500MW of new grid capacity. Hut 8 signed a 15-year, 352MW lease at its Beacon Point campus in Texas with a base value of $9.8 billion, potentially rising to $25.1 billion with renewals. The 1GW campus is expected to begin operations in 2027. 

These are not outliers. They reflect a market where long-term demand fundamentals — driven overwhelmingly by AI workload growth — continue to justify commitments that would have seemed extraordinary just a few years ago. 

Pennsylvania utility PPL's pipeline data reinforces this. Its advanced-stage data center pipeline reached 28.3GW in May, up 12% from the previous quarter, with 20.7GW targeted for online delivery by 2030. Growth is driven by hyperscale demand linked to major cloud and AI operators across its service territory. 

The regulatory reckoning 

The pace of build-out has consequences — and US regulators are no longer absorbing them quietly. 

Florida enacted a law requiring data centers to cover their own electricity infrastructure costs rather than passing them to consumers, effective 1 July 2026. It also introduces water conservation requirements and preserves local government authority over approvals. Oklahoma passed equivalent ratepayer protection legislation. Oregon's regulator approved a new rate class under Portland General Electric that requires data centers to pay a greater share of grid expansion costs, with minimum billing commitments and exit fees to prevent cost-shifting to residential consumers. 

Water is proving equally contentious. The Ypsilanti Community Utilities Authority in Michigan approved a 12-month moratorium on supplying water and sewer services to new data centers. A utility near Minneapolis did the same, citing capacity and environmental strain from high-demand AI and hyperscale facilities. The Denver City Council approved a one-year moratorium on new permits and zoning applications, covering energy use, water consumption, zoning, and community impact. Minneapolis followed with a six-month pause on developments exceeding 350,000 square feet. 

None of these signals a market in retreat. It signals a market maturing — and one where operators who engage proactively with communities and regulators will maintain a competitive edge over those who do not. 

Behind the meter: power independence as a strategy 

One clear industry response to grid constraints is to bypass the grid entirely. xAI deployed 19 natural gas turbines at its Colossus 2 data center in Southaven, Mississippi, expanding on-site generation to over 500MW to support Grok AI training workloads. TerraVolt secured 55,000 MMBTU per day of natural gas for its planned Idaho campus, supporting 200–240MW of behind-the-meter capacity designed to reduce grid reliance and accelerate development timelines. 

This approach offers speed and independence, but it comes with a sustainability trade-off that the industry should address honestly. Natural gas-fired generation supports short-term delivery timelines — it does not support long-term decarbonisation commitments. 

Clean energy: the hyperscaler commitment 

The counterpoint is the scale and speed of clean energy procurement by the largest operators. 

Amazon signed its first-ever geothermal deal — a 700MW low-carbon power agreement with NV Energy in Nevada, including 100MW of geothermal capacity from Zanskar by 2030, alongside solar and battery storage. Google signed a 15-year, 500MW solar PPA with Linea Energy in Texas and a 200MW solar agreement in Oklahoma, both supporting data center operations and AI-driven demand growth. Meta is committed to 850MW of clean energy PPAs with DESRI across Oklahoma, Texas, and Mississippi, plus a 365MW solar and 1,600MWh battery storage project in Wyoming and a 250MW solar PPA in Arkansas — expanding its total US clean energy partnership to over 2.5GW. 

In South America, Omnia signed a $2 billion, 20-year wind energy deal to power a ByteDance data center in Brazil's Ceará region, backed by 630MW of wind capacity and a total project investment estimated at $39.9 billion. 

What this means for hiring 

The Americas' data center market is generating significant demand for professionals who can operate across multiple disciplines simultaneously. Construction and commissioning engineers are needed at volume as large campuses accelerate towards delivery. Power engineers with experience in both grid-connected and behind-the-meter systems are scarce. Regulatory affairs and permitting specialists who understand state-level utility frameworks are increasingly critical to project timelines. 

Sustainability professionals who can credibly manage the tension between delivery speed and clean energy commitments are perhaps the most complex profile to fill — and the most consequential. 

Spencer Ogden places specialists across the Americas' data center value chain. If your pipeline is growing faster than your team, it is worth having that conversation sooner rather than later. 

Source: EIC Data Centre Newsbrief, 31 May 2026. Published by The EIC (Asia Pacific).