New York just told the data center industry something no state ever had: slow down. In July 2026, Governor Kathy Hochul signed an executive order pausing state environmental permits for any new facility drawing 50 megawatts or more, giving regulators up to a year to study grid, water, and community impacts before a single new hyperscale project in the state can break ground. It wasn’t an isolated event. In the first quarter of 2026 alone, local opposition blocked or delayed data center projects worth nearly $130 billion across the United States — the highest quarterly total Data Center Watch has recorded since it started tracking the fight. For anyone underwriting a site today, community acceptance has quietly become a line item, not a courtesy.
The numbers behind the backlash
This isn’t a handful of noisy town halls. Data Center Watch counted roughly $156 billion in U.S. projects delayed or cancelled in 2025 due to local resistance, and research firm Sightline Climate estimated in February 2026 that 30–50% of the data center capacity originally expected online this year could slip, citing power availability, permitting backlogs, and organized opposition as the three biggest drivers. The Guardian tracked 26 project cancellations in December and January alone, compared with a single cancellation the previous October — a sign the trend accelerated sharply over the winter rather than leveling off. The National Conference of State Legislatures counts lawmakers in 14 states actively considering some form of data center ban or moratorium in 2026. Grassroots opposition groups tracking these fights have roughly doubled since last year, to nearly 400 nationwide.
None of this means demand is cooling. Hyperscaler capex guidance for 2026 has climbed past $700 billion combined across Microsoft, Amazon, Google, and Meta. The mismatch is the point: capital and compute demand are accelerating while the number of jurisdictions willing to approve new load, without a fight, is shrinking. That gap is what’s now showing up as schedule risk on buyers’ spreadsheets.
New York’s moratorium is a preview, not an outlier
The New York legislature passed the Responsible Data Center Development Act by wide margins — 44–16 in the Senate, 102–39 in the Assembly — before Hochul acted separately with her own executive order. Her version pauses state environmental permitting for hyperscale facilities (50 MW+) for up to a year while the Department of Public Service runs a Generic Environmental Impact Statement covering energy demand, water use, and air quality, and while Empire State Development drafts a framework for negotiating community benefits, including local infrastructure spending and labor protections. The Public Service Commission is separately advancing rules to put large data centers in their own rate class, so their grid and power costs don’t get socialized across residential ratepayers.
That rate-class mechanism is the part buyers should watch most closely, because it’s spreading faster than outright bans. Oregon directed its utility commission to create a separate rate class for large energy users in August 2025. Texas now requires large developers to pay for their own interconnection studies and grid upgrades and to demonstrate financial assurance and site control before a utility will even study the request. The era of a new 300 MW load quietly riding on the existing rate base is ending state by state, and every one of these rules adds months to a timeline that used to run on a fairly predictable utility-interconnection clock.
Not every state is moving the same direction. Maine Governor Janet Mills vetoed a bill in April 2026 that would have banned data centers over 20 MW, and state officials elsewhere have been careful to say they’re not trying to stop development outright — just to change who pays for it and how much environmental review happens first. That split matters for site selection: the regulatory risk isn’t uniform, it’s jurisdiction-specific, and it’s moving fast enough that a market that looked clean eighteen months ago may not be clean today.
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📞 Book a Discovery CallWhat’s actually driving the opposition
The specific fights are instructive because they rarely hinge on abstract climate concerns — they hinge on concrete, local math. In San Marcos, Texas, developer Highlander SM One LLC proposed a $1.5 billion, five-building, roughly 200-acre campus with projected power demand up to 2.5 times the city’s existing peak load. More than 100 residents spoke against it at a single hearing, citing water scarcity in drought-prone Hays County and grid strain; the city council voted 5–2 against the rezoning. In Monterey Park, California, a petition with roughly 5,000 signatures pushed the city into a 45-day moratorium, with residents citing electricity costs and diesel generator emissions as much as water. In Montour County, Pennsylvania, regulators denied a Talen Energy rezoning request tied to an Amazon-linked site near the Susquehanna nuclear station, citing cost and transparency concerns rather than opposition to data centers in principle.
Water keeps surfacing as a flashpoint even where cooling design has moved on from it: over 40% of planned and existing U.S. data centers sit in areas of high or extremely high water scarcity, according to the figures cited in New York’s own legislative debate, and Amazon agreed to a $20.5 million settlement in 2026 over alleged nitrate contamination linked to an AWS facility in eastern Oregon. Arizona has effectively closed new groundwater certificates to hyperscale projects, and Virginia now requires “no-net-increase” water clauses on new permits — both of which connect directly to the site-selection bottlenecks we covered in our look at water permitting earlier this year. The throughline across every case, from Texas to New Jersey, is a trust deficit: communities that found out about a project late, saw little direct local benefit beyond temporary construction jobs, and worried the resulting electricity costs would land on their own utility bills.
How serious buyers are already adjusting
The practical response isn’t to avoid opposition — it’s to underwrite it. Buyers and developers who are still closing deals on schedule in 2026 share a few habits. They’re engaging local officials and utilities before a site is optioned, not after a permit application is filed, so the first time a community hears about a project isn’t in a news story. They’re budgeting real dollars for community benefit agreements — local infrastructure contributions, direct payments, labor agreements — as a cost of entry in contested markets rather than a concession extracted under pressure late in the process. They’re favoring utilities and states that have already built a large-load rate class or tariff structure, because that removes the single biggest ratepayer-cost argument opponents use. And they’re diversifying site pipelines across multiple jurisdictions specifically so that one moratorium, one failed rezoning vote, or one state’s new GEIS process doesn’t stall an entire regional buildout.
This is now a genuine extension of the site-selection discipline buyers already apply to power and water — it belongs in the same column as interconnection queue position and grid capacity, not treated as a soft PR risk to be handled by comms after the fact. A campus with abundant power and a willing utility can still die in a 5–2 council vote if the community math doesn’t work, and the $130 billion in Q1 2026 alone shows that outcome isn’t rare anymore.
Underwriting community risk alongside power, water, and interconnection is no longer optional due diligence — it’s the fourth pillar of site selection in 2026, and the deals that stall are increasingly the ones that skipped it. For a structured way to model these variables against power, water, and permitting timelines before you commit capital to a site, see the TechInfraHub Data Center Buyer’s Toolkit.
Written by
Raajeev Ratra
Data Center Infrastructure Expert | 15+ Years in DC Design, Operations & Project Management
Raajeev is a seasoned data center professional with hands-on experience in hyperscale facilities, colocation design, power & cooling infrastructure, and global DC operations. He shares practical insights to help engineers and IT leaders build better infrastructure.