Welcome back to The Month in Infrastructure, a monthly recap of the top trends affecting the built environment and the people who work in it.
Data centers dominated April’s headlines, but the conversation has moved past the question of how many to build. It’s now about who will let them be built, who will power them and whether the financial scaffolding underneath the boom can hold.
In April, the infrastructure story was shaped by surging AI-driven demand running headlong into public opposition, geopolitical disruption and a construction pipeline expanding faster than the systems meant to support it. Here’s what the top stories in SmartBrief’s energy and infrastructure newsletters showed.
Data centers become public enemy number one
Wind farms used to bear the brunt of local opposition. However, data centers have overtaken wind projects as the most contested infrastructure type in local zoning fights due to their massive power consumption, water use and thin job creation numbers.
Some states have moved beyond rhetoric. Maine enacted restrictions on data center construction, and similar moratorium proposals have surfaced in other jurisdictions. But localized bans may just rearrange the map.
“If states do that, I think we just end up with data centers in states that don’t have those blocks,” Brian Strawberry, senior research analyst at FMI, told SmartBrief. “They’re going to get built somewhere.”
The opposition also creates a tricky dynamic for the clean energy buildout. States are rushing to permit renewable energy projects before federal tax credits expire, but the data centers that anchor the business case for those projects are facing resistance in the same communities. Developers now have to site generation and consumption simultaneously, in places willing to accept both.
On the water front, new research presented at a recent data center conference in Washington, D.C., may shift the conversation. Some claim that water consumption for data centers is comparable to or less than what a golf course or a square mile of agricultural land would use, well below what earlier reports suggested. That finding, if it holds, could defuse one of the most common arguments against these facilities. It won’t resolve the power and land-use objections on its own, but it changes the terms of the debate.
The $1.4 trillion grid rebuild
Data centers are the demand signal and the grid is the bottleneck. In April, the scale of what’s required became clearer: Utilities are eyeing $1.4 trillion in grid upgrades to keep up with AI-driven electricity demand. That number covers grid modernization, substation construction, high-density cooling infrastructure and the transmission capacity to move power where the computation occurs.
The “bring your own power” trend adds another wrinkle. Data center operators are increasingly planning to generate power on site with gas turbines, fuel cells or, further out, small modular nuclear reactors. Strawberry said nuclear-powered data centers are expected within the next few years, though nobody has resolved the ownership and risk questions yet. Technology providers don’t want to own the plants, and nobody wants to go first.
The more interesting angle on BYOP may be what it does for everyone else. Strawberry says conference participants discussed how building on-site power generation for data centers could simultaneously help with grid hardening, an outcome that would benefit communities well beyond the tech sector. The specifics depend on how partnerships between power operators, data center companies and local governments take shape, but the idea of dual-purpose infrastructure investment is worth watching.
Texas is already living this convergence. A demand surge driven by 1.9% job growth and a massive data center pipeline has forced nuclear energy into the conversation as the state bumps up against the limits of its existing generation mix.
The boom accelerates, but watch the financing
The data center construction pipeline is sending mixed signals. Projects in planning have roughly doubled in recent months, many of them billion-dollar mega-projects. Speculative projects in the design phase have increased substantially, and FMI projects that 2026 growth will accelerate beyond 2025 levels. Agentic AI use cases, early-stage robotics adoption and continued growth in cloud and inference workloads are all feeding the expansion. But a handful of project cancellations have also appeared.
“When I see those cancellation events, it makes me think that either something’s overbuilt or something is disruptive in the makeup of allowing those projects to move forward,” Strawberry said.
Financing is a likely pressure point. Data center deals often involve creative structures tied to private credit markets, and those markets have been under stress in recent weeks. The bigger this segment gets, the more concentrated risk it carries. The insurance market is responding with increased capacity to support data center projects, a sign of confidence in the asset class even as risk profiles get more complicated. Labor markets are feeling it too. In Texas homebuilders are competing with data center projects for electricians, pushing wages up across both the residential and commercial sectors.
On delivery models, speed to market is the deciding factor. Construction-management-at-risk and design-build are common, but the industry is leaning hard into prefabrication and modular construction to move work off site, standardize quality and compress schedules. Strawberry said the firms that can credibly promise faster completion are the ones winning work, and right now, that favors companies with strong off-site manufacturing capabilities.
Geopolitics pressure the system
The domestic infrastructure boom is running into a global supply disruption. The Strait of Hormuz logistics logjam, which Dow’s CEO has suggested could last nearly a year, is choking energy supply chains. Oil executives are calling the futures market misleading, arguing that current prices don’t reflect the severity of the disruption.
The construction industry is already absorbing the impact. The Iran conflict has contributed to an uptick in project abandonments as materials costs spike and financing uncertainty spreads. At the same time, states like California are racing to finish clean energy projects before federal tax incentives expire, piling demand for labor and materials onto a supply chain that is already constrained.
The result is a construction economy caught between enormous demand growth in data centers and energy infrastructure on one side, and tightening supply of labor, materials and capital on the other. April’s headlines suggest that tension is getting worse, not better.
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