Solving the Consent Problem

Turning “Not in my backyard” into “Please, in my backyard.”

What began as scattered zoning fights is now the biggest obstacle between the data-center industry and the capacity it needs. Here is where it came from, what it costs, and how we answer it.

The scale of it

Opposition went from fringe to mainstream in under a year.

Public sentiment did not drift. It broke. Two national pollsters now put opposition to a nearby data center near seven in ten Americans, across both parties.

71%
of Americans oppose a data center in their local area. That polls worse than a nearby nuclear plant. Gallup, March 2026
42% → 71%
the rise in opposition over nine months, among Democrats and Trump voters alike. Heatmap / Embold, 2026
833
active local opposition groups across 49 states, up from 396 three months earlier. Data Center Watch, via NBC News
14
states weighed statewide moratoriums on data-center development in their 2026 sessions. Rockefeller Institute; Bisnow
100+
local jurisdictions have considered or passed their own restrictions alongside those state bills. Bisnow, June 2026

Where the brakes are being pulled

Statewide moratorium or restriction bill (2026) Local moratorium, ban, or tax rollback Active opposition, no formal restriction
Where it came from

A national movement grew out of one Virginia land-use fight.

The arc matters, because it shows what actually triggers a “no.” It is rarely the technology.

2014

Prince William County, Virginia

Residents organize against a transmission line partly serving a data center. Local, contained, easy to miss.

2021–2023

The “Digital Gateway” becomes a symbol

A 2,100-acre rezoning goes national. Land deals and stock-sale controversies turn a zoning case into a trust crisis. That pattern repeats everywhere after.

August 2025

Proof that it can be stopped

A judge voids the rezoning over public-notice violations. Even the largest projects can be stopped, and every local group now has a playbook.

2025–2026

National scale-up

Opposition groups multiply into the hundreds. Moratorium bills reach 14 states, and hundreds of data-center bills are filed in the opening weeks of the 2026 sessions.

What “no” costs

Every stalled project is locked capacity and locked capital.

This is not just noise. It is measurably slowing the build-out. Projects are withdrawn, rejected, and blocked, taking gigawatts of planned compute and tens of billions in investment with them.

$130B
in projects blocked or delayed in one quarter (Q1 2026), roughly matching all of 2025. Data Center Watch, via Forbes
4.7 GW
of planned electricity demand erased by at least 25 projects canceled during 2025. Heatmap News
~40%
of projects that meet sustained local opposition are canceled outright. Heatmap News

The billions sitting in limbo

Investment blocked or delayed, by project. Virginia dominates the list.

Prince William “Digital Gateway”Prince William, VA$24.7B
Tract Data HubGoodyear, AZ$14B
Culpeper AcquisitionsCulpeper, VA$12B
Amazon campusKing George, VA$6B
Province GroupChesterfield, VA$3B
Harper Road Tech ParkPeculiar, MO$1.5B

It is not only the big ones

In Tucson, a roughly 290-acre campus known as Project Blue was voted down 7–0 by the city council in August 2025, after organized opposition centred on water use during a drought. The project later moved forward outside city limits in a modified, air-cooled form, which is its own lesson: a rejection relocates a project, it does not remove the demand. Data Center Dynamics; KJZZ

Case note · Calvert County, Maryland

A textbook standoff, and the one our model prevents.

In Calvert County, grid-dependent campus proposals met an organized community. Residents gathered more than 1,300 signatures petitioning for a moratorium, and county commissioners debated requiring an independent environmental study before any approval. It became a defining issue in the 2026 primaries. Calvert's concerns were electricity prices, water, grid strain, and a transparent process. Those are the concerns every one of these fights turns on, and the ones a distributed, self-powered, closed-loop campus resolves by design.

Objection by objection

Opposition is rational. Each concern has a design answer.

Look at how the conventional megacampus is built and the fears are earned. What follows is not rebuttal. It is the specification we build to.

Electricity prices

The PJM capacity price that sets household bills leapt from $28.92 to $269.92 per MW-day in a single auction, and the grid's own market monitor attributes about 38% of that auction's cost to data centers, and 46% across the last four auctions. Households in the region face an estimated $70 a month more by 2028. S&P Global; PJM Independent Market Monitor; E&E News

Our answer Each campus runs behind the meter as its own microgrid, or delivers an equal amount of new generation to the local grid under power-purchase agreements. It brings its own supply rather than bidding against households for existing power.

Grid strain and reliability

Data centers are projected to reach roughly 12% of US electricity by 2030, and NERC forecasts summer peak demand rising 24% over ten years, attributing most of it to new data centers. Lawrence Berkeley National Laboratory; NERC, 2025

Our answer Campuses built to island during grid events do not just avoid straining the local system. They can stabilize it. On-site battery storage smooths peaks and adds voltage support residents notice during outages.

Water consumption

A large evaporative-cooled facility can consume up to roughly 5 million gallons a day. In The Dalles, Oregon, one operator's facilities reached about 29% of the city's total water use, a figure the city fought in court to keep confidential. EESI; Data Center Dynamics

Our answer Closed-loop immersion cooling instead of evaporative. Water use drops by more than 80%, with no aquifer draw and no discharge to local waterways.

Air quality

A peer-reviewed study puts the US public-health cost of data-center air pollution near $20 billion a year. In Memphis, a campus drew a federal Clean Air Act suit over largely unpermitted gas turbines; Northern Virginia hosts more than 11 GW of diesel backup. Caltech / UC Riverside; SELC & NAACP; Virginia Mercury

Our answer Tier 4 generation paired with carbon capture, solar, and storage instead of uncontrolled diesel fleets. Independent air-quality audits are published quarterly.

Land use and rural character

Conventional campuses run 200 to 500 acres and up; Virginia's flagship fight concerned a single 2,100-acre, 22-million-square-foot rezoning. Scale, noise, and lost rural character are what turn neighbors into opponents. Datacenters.com; JLARC (Virginia)

Our answer Smaller, distributed footprints in existing industrial zones, with landscaped setbacks and noise controls, rather than one megacampus stamped onto rural land.

Few permanent jobs

A typical data center employs roughly 50 permanent staff, and across 11 large data-center megadeals studied by Good Jobs First, state and local subsidies averaged about $1.95 million per job. Residents reasonably ask what a lights-out facility gives back. Good Jobs First; JLARC (Virginia)

Our answer A distributed model spreads construction and operations roles across the county and pairs them with local STEM and community-college pipelines. The benefit stays local instead of concentrating on one parcel.

Secrecy and NDAs

Roughly 80% of Virginia localities with data centers signed non-disclosure agreements binding officials to secrecy, sometimes using code names and shell companies, before residents ever got a vote. Backroom process ignites more anger than any single project. NBC News; Public Citizen

Our answer Transparency as the product, not an afterthought. A community advisory group, a public dashboard covering jobs, taxes, and environmental metrics, and open presentations throughout.

Stranded-asset risk

Analysts flag a gap of roughly $1.5 trillion between planned AI-infrastructure spend and the revenue to fund it. One hyperscaler has already stepped away from about 2 GW of leased capacity. Communities fear being left with an empty shell. Morgan Stanley; Bisnow / TD Cowen

Our answer Modular 10 MW deployment adds capacity only as demand is real, and compute refreshes without abandoning the site. Capital is phased, and the county's stranded-asset exposure shrinks.
The model

Infrastructure a community asks for, because the friction was engineered out.

Together these stop being eight rebuttals and become one design. The same design that makes a project faster to approve, cheaper to finance, and durable for decades.

Bring your own power

On-site hybrid generation and storage, so a campus adds capacity and resilience instead of competing with residents for a strained grid.

Distributed, not dominant

Smaller campuses in existing industrial corridors. Closed-loop cooled, low-water, low-noise, preserving rural character and spreading jobs across the county.

Transparent by design

Community advisory groups, public dashboards, and independent audits from day one. The process itself becomes a reason to say yes.

The next generation of digital infrastructure will be built where it’s welcome.

If you’re a community leader, utility, or hyperscaler tired of watching capacity die in a zoning hearing, let’s talk about building it the way that gets a yes.

Start a conversation

Sources & notes 31 references
  1. Gallup, “Americans Oppose AI Data Centers in Their Area” (fielded March 2026, published May 2026) — news.gallup.com
  2. Heatmap / Embold public-opinion poll (May 2026) — heatmap.news
  3. Change Research, opposition tracking 2025–26 — changeresearch.com
  4. Data Center Watch, opposition-group counts and blocked/delayed value — datacenterwatch.org (Q1 2026); via NBC News and Forbes
  5. Rockefeller Institute of Government, state moratorium tracking (2026) — rockinst.org
  6. Bisnow, “14 States, Dozens of Localities Consider Bans” (June 2026) — bisnow.com
  7. Good Jobs First, moratorium and subsidy trackers (2026) — goodjobsfirst.org
  8. dcmap.us policy tracker — dcmap.us
  9. Heatmap News, project cancellations and capacity erased (2025) — heatmap.news
  10. Data Center Dynamics, Tucson “Project Blue” rejection — datacenterdynamics.com
  11. S&P Global and PJM Independent Market Monitor, capacity-auction prices and cost share — spglobal.com, utilitydive.com
  12. E&E News, PJM ratepayer bill-impact estimates — eenews.net
  13. Lawrence Berkeley National Laboratory, US Data Center Energy Usage Report (2024) — eta-publications.lbl.gov
  14. NERC 2025 Long-Term Reliability Assessment, via Utility Dive
  15. EESI, data centers and water consumption — eesi.org; Data Center Dynamics, The Dalles disclosure — datacenterdynamics.com
  16. Caltech / UC Riverside, air-pollution public-health cost study — caltech.edu
  17. SELC and NAACP, Memphis turbines and Clean Air Act suit — selc.org; Virginia Mercury, Northern Virginia diesel backup — virginiamercury.com
  18. Virginia JLARC, data-center employment and impact report (December 2024) — jlarc.virginia.gov; Good Jobs First, subsidy per job across 11 megadeals (2016 study) — goodjobsfirst.org
  19. NBC News, data-center NDAs — nbcnews.com; Public Citizen — citizen.org
  20. Morgan Stanley, data-center financing gap — morganstanley.com; Bisnow / TD Cowen, capacity pullback — bisnow.com
  21. Datacenters.com, hyperscale land footprints — datacenters.com
  22. Calvert County: TheBayNet, moratorium vote — thebaynet.com; Maryland Matters, 2026 primaries — marylandmatters.org

A note on figures: aggregate blocked and delayed investment totals are tracked by Data Center Watch and cited by outlets including Forbes and NBC News; “blocked or delayed” includes projects that may still proceed. Figures for 2027–2030 (US power share, household bill impacts, capacity) are projections and cited as such. Descriptions of SET Energy's model reflect our proposed development approach and design intent. Statistics current as of July 2026.