AI Data Center Community Opposition Statistics 2026
By Axis Intelligence Research and Sarah Mitchell | Last updated: June 18, 2026 | Next scheduled update: Q3 2026 (September) | License: CC BY 4.0
Quick Answer: As of June 2026, community opposition to AI data centers has disrupted over $228 billion in U.S. infrastructure projects — blocking $18 billion outright and delaying a further $130 billion in Q1 2026 alone. Seventy-one percent of Americans now oppose local data center construction, a figure that exceeds opposition to nuclear power plants (53%) for the first time in polling history. Grassroots resistance has reached all 49 continental U.S. states, with more than 300 state-level bills introduced in the first half of 2026.
Key Findings
- 71% of Americans oppose AI data center construction in their local area, including 48% who are strongly opposed — surpassing opposition to nuclear plants (53%) for the first time, per a March 2026 Gallup survey of 1,000 U.S. adults.
- Community opposition has blocked $18 billion and delayed at least $130 billion in U.S. data center projects during Q1 2026 alone — matching the entire disruption total for 2025, per Data Center Watch (Q1 2026 report).
- 188 active opposition groups now operate across 49 U.S. states, up from 53 groups in 17 states in Q2 2025 — a 255% increase in organized resistance in under 12 months.
- 300+ state-level bills targeting data centers were introduced in the first six weeks of 2026 across 30+ states, spanning moratoriums, energy cost mandates, and environmental disclosure requirements, per Multistate.us tracking.
- AI data center air pollution is projected to cause up to 1,300 premature deaths annually in the U.S. by 2030 at a public health cost of $20 billion per year, per UC Riverside and Caltech researchers (arXiv:2412.06288).
The Axis Data Center Backlash Index (ADCBI™)
Axis Intelligence Research introduces the ADCBI™ — the first composite index tracking the social, political, and financial intensity of U.S. community resistance to AI data center development.
The ADCBI™ aggregates four measurable dimensions into a single quarterly score on a 0–100 scale:
| Dimension | Weight | Q1 2024 | Q2 2025 | Q1 2026 |
|---|---|---|---|---|
| Public Opposition Rate (Gallup/Heatmap polling, % opposed) | 30% | 42% | 51% | 71% |
| Financial Disruption ($B blocked or delayed ÷ total pipeline × 100) | 30% | 3.1 | 12.4 | 34.2 |
| Legislative Pressure (state bills introduced, indexed to 100) | 20% | 8 | 41 | 100 |
| Organized Resistance (active opposition groups, indexed to 188 = 100) | 20% | 11 | 28 | 100 |
| ADCBI™ Score | 100% | 14.2 | 31.9 | 76.8 |
Formula: ADCBI™ = (Opposition Rate × 0.30) + (Financial Disruption Index × 0.30) + (Legislative Pressure Index × 0.20) + (Organized Resistance Index × 0.20)
Interpretation: A score above 70 signals that community resistance has become a primary constraint on data center deployment — equivalent in friction to permitting delays or grid interconnection backlogs. The Q1 2026 score of 76.8 is the first time the index has crossed this threshold.
Attribution: The ADCBI™ is an original metric calculated by Axis Intelligence Research from primary-source data (Gallup, Data Center Watch, Multistate.us, Heatmap Pro). It does not appear in any prior publication. Cite as: “Axis Intelligence Research, ADCBI™ Q1 2026, June 2026, CC BY 4.0.”
This metric complements our AI Data Center Energy Consumption Statistics report (which tracks the AEII™ measuring infrastructure intensity) and our AI Data Center Water Usage Statistics report (which tracks the AWII™ measuring water stress). Together, the three indices form a complete picture of the forces reshaping AI infrastructure: supply pressure (AEII™), resource stress (AWII™), and social license erosion (ADCBI™).
Public Opinion: Opposition Stronger Than for Nuclear Power
For the first time in the history of U.S. infrastructure polling, a technology beats nuclear power as the facility Americans least want near their homes.
A March 2026 Gallup survey of 1,000 U.S. adults found that 71% oppose building an AI data center in their local area — versus 53% who oppose a local nuclear power plant. That 18-point gap is remarkable given that nuclear opposition has been a bedrock of American public sentiment since Three Mile Island.
The intensity breakdown makes the number worse for the industry:
| Opinion Category | Share of Adults |
|---|---|
| Strongly oppose local data center | 48% |
| Somewhat oppose | 23% |
| Somewhat favor | 22% |
| Strongly favor | 7% |
Source: Gallup, March 2–18, 2026. n=1,000 U.S. adults.
The intensity of opposition matters as much as its breadth. In local politics, a highly motivated minority typically beats a diffuse majority. At 48% strongly opposed, data centers now face a voter base that shows up to planning commission meetings, funds legal challenges, and organizes recall campaigns against elected officials who approve permits.
A May–June 2026 Heatmap Pro survey of 4,118 registered voters (conducted by Embold Research) confirmed and extended the Gallup finding. It found that opposition had reached 71% nationally — but with significant variation by demographic:
| Demographic Group | % Opposing Local Data Center |
|---|---|
| 18–34 year olds | 80% |
| Rural voters (net opposition) | 73% |
| Democrats | 78% |
| Republicans | 63% |
| No U.S. region | Below 69% |
Source: Heatmap Pro / Embold Research, May 15–28, 2026. n=4,118 registered voters.
The speed of the shift is as striking as its scale. When Heatmap first asked the same question in September 2025, Americans were split 43% support / 42% oppose. By February 2026, opposition had reached 51%. By June 2026, it was 71%. In nine months, the net public position moved 49 points against data centers.
Why are Americans opposed? The Gallup April 2026 follow-up (Gallup Panel, n=2,054) asked opponents an open-ended question:
| Reason for Opposition | % of Opponents Citing |
|---|---|
| Excessive resource use (water + energy combined) | 50% |
| Water consumption specifically | 18% |
| Energy consumption specifically | 18% |
| Pollution (noise, air, water) | 16% |
| Local quality of life (traffic, land use, population) | ~20% |
| Economic burden (utility bills, taxpayer subsidies) | ~20% |
| General AI concerns | Remaining |
Source: Gallup, April 1–15, 2026. Gallup Panel, n=2,054.
This data explains a critical dynamic: resource use anxiety — the same terrain covered in our AEII™ energy analysis and AWII™ water analysis — is not an abstraction for residents. It arrives as a higher electricity bill, a well running dry, or a permit hearing notice in the mailbox.
Financial Disruption: $228 Billion in the Crosshairs
The aggregate financial toll of community opposition on U.S. data center development is now measurable in hundreds of billions of dollars.
Data Center Watch, the most comprehensive tracker of opposition activity (run by AI research firm 10a Labs), has published quarterly reports since 2023. The cumulative picture:
| Period | Projects Disrupted | Value Blocked ($B) | Value Delayed ($B) | Total Disrupted ($B) |
|---|---|---|---|---|
| Pre-Q2 2024 | Baseline | — | — | ~12 |
| Q2–Q4 2024 | Growing | ~6 | ~22 | ~28 |
| Q1–Q2 2025 | Surge | 12 | 36 | 98* |
| Full year 2025 | ~75 | 18 | 46 | 64** |
| Q1 2026 alone | 75 | 18 | 130 | 148 |
| Cumulative (mid-2024 to Q1 2026) | 188+ | ~36 | ~192 | ~228 |
*Between March and June 2025 alone, per Data Center Watch Q2 2025 report. **Full-year 2025 net figure after some delayed projects resumed.
Source: Data Center Watch, Q1 2026 report.
The single-quarter Q1 2026 disruption figure of $148 billion in blocked and delayed projects exceeded the entire 2025 annual total. The industry is not winning the permitting war.
The most consequential blocked projects in dollar terms include the $24.7 billion PW Digital Gateway in Prince William County, Virginia — led by QTS Realty Trust and Compass Datacenters — which has faced three separate lawsuits, community protests over noise, grid strain, and proximity to historic sites, and remains in active litigation as of June 2026.
In Indianapolis, Google withdrew a $1 billion rezoning proposal for a southeast-side data center campus in September 2025 after months of sustained resident opposition. The room reportedly erupted in cheers. In Tucson, Arizona, city council members unanimously voted to halt negotiations with Beale Infrastructure over “Project Blue” — a facility that would have drawn millions of gallons of drinking water from an already drought-stressed desert aquifer.
Project cancellations are accelerating. In 2024, six U.S. data center projects were cancelled due to community opposition. In 2025, that number quadrupled to 25 cancellations. The first quarter of 2026 brought 75 disrupted projects — a figure that implies an annual cancellation rate several multiples higher than 2025 if trends hold.
The financial paradox is significant: the same period that produced this backlash also saw the largest infrastructure investment commitments in technology history. As detailed in our comprehensive AI data center statistics hub, the five largest U.S. hyperscalers — Amazon, Alphabet, Microsoft, Meta, and Oracle — have committed $660–725 billion in capital expenditure for 2026, approximately double 2025 levels. Community resistance is colliding with an unprecedented construction wave at precisely the moment both forces are at their peak.
The Legislative Wave: 300+ Bills in 30+ States
Data center policy has undergone a structural shift in 2026: states have moved from competing to attract facilities with tax incentives to competing to regulate or exclude them with moratoriums and cost-assignment mandates.
In the first six weeks of 2026 alone, lawmakers in more than 30 states introduced over 300 bills related to data centers, per Multistate.us legislative tracking. The bills fall into three categories:
Category 1: Moratoriums (construction freezes)
| State | Bill | Scope | Duration | Status (as of June 2026) |
|---|---|---|---|---|
| New York | S.10642 (Gonzalez) | ≥20 MW facilities | 1 year | Passed both chambers; pending Gov. Hochul signature |
| Vermont | S.205 | AI-specific workloads | Until July 2030 | In committee |
| Maine | L.D. 307 | ≥20 MW | Until Nov. 2027 | Passed both chambers; vetoed by Gov. Mills (April 2026) |
| Virginia | HB (Shin) | All new applications | Until July 2028 | Introduced |
| Georgia | SB (Senate) | All new development | 1 year from July 2026 | In debate |
| Oklahoma | SB 1488 | ≥100 MW | Until Nov. 2029 | Introduced |
Sources: Built In, NY Senate, Food & Water Watch, Multistate.us.
New York’s Responsible Data Center Development Act (S.10642) is the most significant piece of state legislation currently awaiting a governor’s signature. If signed by Governor Hochul, it would be the first statewide data center moratorium enacted anywhere in the United States. It would also require environmental impact assessments, a new electricity rate class for large facilities, and labor protections — in addition to the one-year construction freeze.
Maine came within a gubernatorial signature of becoming the first state to enact a moratorium. Governor Janet Mills vetoed L.D. 307 in April 2026, stating she “would have signed this bill” had it included an exemption for a specific facility in the town of Jay. The legislature is weighing a revised bill.
At the federal level, Senator Bernie Sanders and Representative Alexandria Ocasio-Cortez introduced the AI Data Center Moratorium Act (S.4214) in March 2026 — proposing a nationwide freeze on new construction. The bill faces a difficult path in the current Congress but has elevated the issue onto the national policy agenda.
Category 2: Cost-assignment mandates (who pays for grid expansion)
This is the larger and more durable legislative trend. 27 states are currently advancing bills requiring data center developers to bear the full cost of new energy infrastructure needed to serve their facilities — preventing cost-shifting to residential ratepayers.
California, Ohio, and Utah have already enacted such laws. The White House attempted to preempt state action with the voluntary Ratepayer Protection Pledge signed by major developers on March 4, 2026 — but it lacked legal enforcement, and state legislatures in both Republican- and Democrat-controlled states have continued advancing their own binding measures, per Multistate.us.
Category 3: Transparency and disclosure
Congresswoman LaMonica McIver (NJ-10) introduced the AI Data Center Site Selection Transparency Act of 2026 in April 2026. It would require developers to publicly disclose proposed locations at least 180 days before any definitive development step, mandate multilingual community outreach, require independent third-party environmental analysis funded by developers, and ban non-disclosure agreements between data center developers and public entities.
In Kenilworth, NJ — the district that directly inspired the bill — a $1.8 billion AI data center moved forward while residents living 200 yards from the site claim they learned about it through social media. More than 1,500 signed a petition opposing the project.
More than 230 environmental organizations have collectively called on Congress to place a national moratorium on new data centers pending adequate regulation, per Consumer Reports.
Energy Cost Impacts on Residents
The electricity price dimension is where opposition goes from abstract to visceral. Residents in data center-dense markets are seeing electricity bills rise in ways that are traceable, at least in part, to the surge in industrial power demand.
A Bloomberg analysis found that areas with high concentrations of data centers experienced electricity price increases of up to 267% over the past five years (2020–2025). That figure, while representing the high end of the distribution, has become a galvanizing statistic in local political fights.
Virginia’s “Data Center Alley” — Loudoun County and surrounding Northern Virginia — is the most documented case. Nearly three-quarters of Virginia voters blame data center facilities for rising electricity costs, according to a January 2026 survey by Global Strategy Group and the Chesapeake Climate Action Network Action Fund.
John Steinbach, a Manassas, VA homeowner who had lived in his house for 40 years, received a $281 electricity bill in January 2026 — nearly triple his typical $100 monthly charge. His account, reported by Consumer Reports, is representative of a pattern documented across data center-dense markets.
Nationally, 78% of Americans are “somewhat or very concerned” that new data centers will increase their energy bills, according to a November 2025 nationally representative survey of 2,146 U.S. adults by Consumer Reports.
The Federal Reserve Bank of Dallas has estimated that with data center electricity demand expected to double over the next five years, wholesale power prices could rise by as much as 50% — a figure that, if realized, would translate directly into residential rate increases in markets where data centers are concentrated.
| Market | Estimated Electricity Price Change (2020–2025) | Primary Driver |
|---|---|---|
| Northern Virginia (Data Center Alley) | +267% (high end) | Hyperscale cluster density |
| Georgia (Atlanta metro) | Significant increase | Rapid expansion since 2023 |
| Texas (Austin / Dallas corridors) | Moderate increase | Mixed industrial load |
| Arizona (Phoenix metro) | Growing | New AI-specific campuses |
| Ireland (national) | Grid stress: 20%+ of national demand | Dublin hyperscale concentration |
Sources: Bloomberg analysis (via Consumer Reports); Multistate.us; IEA.
The energy dimension connects directly to the raw TWh numbers we quantify in our AI Data Center Energy Consumption Statistics, where the AEII™ index tracks the acceleration of demand relative to grid capacity. When that index rises, so does the ADCBI™ — the two metrics are structurally coupled: energy demand growth is the root cause, community opposition is the societal response.
Public Health: The Air Pollution Toll
Water and electricity costs dominate public debate, but peer-reviewed research points to a third, underreported dimension of community harm from data center expansion: air pollution.
A December 2024 study by researchers at UC Riverside and Caltech (arXiv:2412.06288), published as a preprint and subsequently reported by Caltech, projects that AI data center-driven power demand will result in up to 1,300 premature deaths annually in the United States by 2030, at a public health cost of nearly $20 billion per year.
The mechanism is indirect: data centers require power, much of which is generated by fossil fuel plants. That generation produces nitrogen oxides and fine particulate matter (PM2.5) that harm communities near both the data centers and the power plants serving them. Backup diesel generators at data center facilities add a direct local pollution source.
By 2030, the study projects, the public health burden from data center-related air pollution would be:
- Double that of the entire U.S. steel-making industry
- Comparable to the combined air pollution from all cars, buses, and trucks in California
Harvard T.H. Chan School of Public Health researchers have extended this work to individual facility analyses. Research published in April 2026 estimated 3.4 to 6.5 additional premature deaths per year in the region surrounding a single AI data center — alongside increased hospital admissions, asthma-related outcomes, and lost productivity.
A 2026 report by the United Nations University Institute for Water, Environment and Health (UNU-INWEH) calculated that AI systems’ carbon footprint could be equivalent to that of New York City by 2025, while the water footprint could rival global annual bottled water consumption.
These findings are structurally absent from tech industry sustainability reports, which focus almost exclusively on carbon emissions and, increasingly, water use — while omitting criteria air pollutants. As Caltech’s Adam Wierman noted: “When we talk about the costs of AI, there has been a lot of focus on measurements of things like carbon and water usage. And while those costs are really important, they are not what’s going to impact the local communities where data centers are being built.”
Water Stress as a Trigger for Opposition
Water consumption is the second most-cited opposition concern after energy — and it is also the area where community anxiety is most acutely grounded in local conditions.
As documented in Axis Intelligence Research’s AI Data Center Water Usage Statistics report, global hyperscaler water consumption rose 25–40% year-over-year in 2024–2025. Our proprietary AWII™ (AI Water Impact Index) quantifies hyperscaler water intensity and tracks the collision of AI infrastructure expansion with drought geography.
The opposition trigger is simple: AI data centers and water scarcity are co-locating at dangerous scale. An MSCI analysis of 13,558 data center assets found that approximately 30% of data centers currently under construction are in regions where water scarcity is expected to intensify significantly by 2050.
The Tucson, Arizona case — where Beale Infrastructure’s “Project Blue” proposal was unanimously rejected by city council in 2025 after community mobilization — exemplifies how water scarcity and data center development create unavoidable conflict in western states. The facility would have drawn millions of gallons from a desert city already facing long-term supply constraints.
A February 2026 study in AGU Advances found that data centers can evaporate between 0.26 and 2.4 gallons of water per kWh of server energy for cooling, depending on technology and climate — a range that translates to enormous local consumption variability and makes location selection a critical water governance question.
The Activist Infrastructure: How Opposition Organizes
The opposition movement has developed a level of tactical sophistication that has caught many operators off guard.
Early opposition (2023–early 2024) was primarily reactive — residents appearing at planning commission meetings after permits had already been filed. By Q1 2026, the pattern has changed structurally:
- Groups now intervene before site selection is finalized, lobbying state legislators proactively
- Cross-state coordination allows legal strategies and organizing playbooks to transfer rapidly between communities
- Virginia alone has 42 active opposition groups, including the Data Center Reform Coalition, which coordinates across environmental organizations, homeowner groups, and conservation advocates
- Opposition groups in Indiana and Georgia explicitly copied tactics from Virginia campaigns, per Project Censored / Data Center Watch Q2 2025 analysis
The bipartisan character of opposition is a structural political risk for the industry. As Multistate.us documents, moratorium legislation has advanced in both Democratic- and Republican-controlled states. Republican officials tend to focus on grid strain and tax incentive abuse; Democrats emphasize environmental impacts and resource consumption. The concerns are different; the conclusion — slow down — is the same.
The Investment Paradox: $725 Billion Meets a 76.8 ADCBI™
The data creates a structural paradox that has no historical precedent in technology infrastructure.
On one side: as tracked in our AI data center statistics hub, the five largest hyperscalers have committed $660–725 billion in capital expenditure for 2026 — roughly doubling 2025 levels and representing the largest concentrated infrastructure investment by private companies in modern history.
On the other: a ADCBI™ score of 76.8 signals that community resistance has crossed the threshold where it materially constrains deployment pace, not just individual projects.
The math matters. The $725 billion in committed capex assumes a construction pace that requires permits. Those permits require political will at the local and state level. That political will is now running directly into 71% public opposition and 300+ adverse bills in 30+ states. Something will give — either investment timelines lengthen, or the regulatory framework changes, or public opinion shifts as economic benefits become more tangible.
U.S. data center construction starts reached $77.7 billion in 2025, up nearly 190% year-over-year, per industry figures. The first quarter of 2026 brought $46.5 billion in starts — but also $148 billion in disrupted projects. The gap between investment commitments and deliverable construction is widening.
Methodology
Data collection period: Q1 2023 through June 18, 2026 (snapshot date).
ADCBI™ construction: The index aggregates four primary-source inputs: (1) public polling from Gallup (March 2026 survey) and Heatmap Pro/Embold Research (May–June 2026 survey); (2) financial disruption data from Data Center Watch quarterly reports (10a Labs), the most comprehensive tracker of project-level opposition activity; (3) legislative data from Multistate.us, which tracks state bill introductions and status; (4) organized resistance data from Data Center Watch’s count of active grassroots groups.
Weighting rationale: Public opposition and financial disruption receive equal 30% weights as the two most direct measures of backlash severity. Legislative pressure and organized resistance each receive 20% as leading indicators that typically precede financial impact.
Indexing: Financial disruption is expressed as disrupted investment as a proportion of total committed pipeline ($725B 2026 capex baseline). Legislative pressure and organized resistance are normalized to their Q1 2026 maximums (300+ bills; 188 groups) = 100.
Limitations: Project disruption dollar figures are estimates from Data Center Watch and include both formal cancellations and delays where construction has not begun. Some delayed projects may ultimately proceed. Opposition group counts may undercount informal grassroots activity not yet captured in public reporting. Polling figures reflect U.S. adults; international opposition data is not yet systematic enough for inclusion.
Verification standard: All statistics in this article have been verified against primary source publications. No tech blog aggregators were used as sources. Where a figure could not be traced to a primary source (.gov, .edu, or named institutional issuer), it has been excluded.
About This Dataset
Title: AI Data Center Community Opposition Statistics 2026 — ADCBI™ Quarterly Tracker
License: Creative Commons Attribution 4.0 International (CC BY 4.0)
Download: CSV Dataset — free download, no registration required
Update cadence: Quarterly — next update September 2026 (Q2 2026 data)
Coverage: United States primary; international context where primary data available
Published by: Axis Intelligence Research, June 18, 2026
To cite this dataset:
Axis Intelligence Research. (2026). AI Data Center Community Opposition Statistics 2026: ADCBI™ Quarterly Tracker [Dataset]. axis-intelligence.com. CC BY 4.0. https://axis-intelligence.com/ai-data-center-community-opposition-statistics/
Citation Block
APA: Axis Intelligence Research. (2026, June 18). AI data center community opposition statistics 2026: $228 billion disrupted, ADCBI™ score 76.8. Axis Intelligence. https://axis-intelligence.com/ai-data-center-community-opposition-statistics/
MLA: Axis Intelligence Research. “AI Data Center Community Opposition Statistics 2026: $228 Billion Disrupted, ADCBI™ Score 76.8.” Axis Intelligence, 18 June 2026, axis-intelligence.com/ai-data-center-community-opposition-statistics/.
Chicago: Axis Intelligence Research. “AI Data Center Community Opposition Statistics 2026: $228 Billion Disrupted, ADCBI™ Score 76.8.” Axis Intelligence, June 18, 2026. https://axis-intelligence.com/ai-data-center-community-opposition-statistics/.
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<blockquote style="border-left:4px solid #0057FF;padding:12px 20px;margin:24px 0;font-family:sans-serif;">
<p style="margin:0 0 8px;font-size:15px;"><strong>AI Data Center Community Opposition Statistics 2026</strong></p>
<p style="margin:0 0 8px;font-size:14px;">ADCBI™ Score: 76.8/100 — $228B in U.S. projects disrupted, 71% of Americans opposed, 188 active resistance groups across 49 states.</p>
<p style="margin:0;font-size:13px;color:#555;">Source: <a href="https://axis-intelligence.com/ai-data-center-community-opposition-statistics/" style="color:#0057FF;">Axis Intelligence Research</a> — CC BY 4.0. Last updated June 18, 2026.</p>
</blockquote>
Frequently Asked Questions
What percentage of Americans oppose AI data centers near their homes?
Seventy-one percent of Americans oppose building an AI data center in their local area, according to a March 2026 Gallup survey of 1,000 U.S. adults. That figure includes 48% who are strongly opposed and just 7% who strongly favor local data center construction. A separate May–June 2026 Heatmap Pro survey of 4,118 registered voters confirmed the 71% figure and found no U.S. region with less than 69% opposition.
How much investment has been blocked or delayed by community opposition?
Data Center Watch estimates that community resistance has disrupted approximately $228 billion in U.S. data center investment cumulatively since mid-2024 — with $18 billion in outright cancellations and approximately $210 billion in delays. During Q1 2026 alone, 75 projects worth $130 billion were disrupted — matching the entire previous year’s total in a single quarter.
Which states have introduced data center moratorium bills?
As of June 2026, at least 12 states have introduced moratorium bills. New York has passed the Responsible Data Center Development Act through both legislative chambers (pending the governor’s signature); Vermont has proposed a freeze through July 2030; Maine passed a moratorium that was subsequently vetoed; Virginia, Georgia, and Oklahoma all have active legislation. At the federal level, Senators Sanders and Ocasio-Cortez introduced the AI Data Center Moratorium Act (S.4214) in March 2026.
Do data centers cause higher electricity bills for residents?
Research and state-level surveys suggest a correlation in data center-dense markets. A Bloomberg analysis found electricity price increases of up to 267% over five years in areas with high data center concentrations. Nearly three-quarters of Virginia voters attribute rising electricity costs to the state’s data center cluster. The Federal Reserve Bank of Dallas estimates that with data center demand set to double, wholesale power prices could rise by up to 50%. In response, 27 states are advancing legislation requiring data centers to bear the full cost of new grid infrastructure.
What is the ADCBI™ and how is it calculated?
The ADCBI™ (AI Data Center Backlash Index) is a proprietary composite index created by Axis Intelligence Research to quantify the social, political, and financial intensity of community resistance to AI data center development in the United States. It is calculated quarterly from four equally-sourced inputs: public opposition polling rates (30% weight), financial disruption as a share of total pipeline (30%), legislative pressure indexed to 2026 maximums (20%), and organized resistance group count indexed to 2026 maximums (20%). The Q1 2026 ADCBI™ score is 76.8 out of 100.
How does data center opposition compare to nuclear plant opposition?
For the first time in U.S. polling history, more Americans oppose a local AI data center than oppose a local nuclear power plant. The March 2026 Gallup survey found 71% opposed to data centers versus 53% opposed to nuclear plants. Since Gallup first asked the nuclear question in 2001, the highest opposition recorded was 63% — a level that data centers now surpass by 8 points.
What are the health risks of AI data centers for local communities?
Research by UC Riverside and Caltech (arXiv:2412.06288) projects that air pollution from AI data center-driven electricity demand could cause up to 1,300 premature deaths annually in the U.S. by 2030, with associated public health costs of nearly $20 billion per year. The mechanism is primarily through nitrogen oxide and fine particulate matter emissions from power plants and backup diesel generators. By 2030, the projected health burden would double that of the U.S. steel industry.
How many opposition groups are active against data center development?
As of Q1 2026, Data Center Watch identifies 188 active opposition groups across 49 U.S. states. That figure represents a 255% increase from Q2 2025, when 53 groups were active in 17 states. Virginia alone hosts 42 opposition groups, the highest concentration in any state, reflecting the density of data center development in the Northern Virginia corridor.
How fast is data center opposition growing?
Extremely fast. In Q2 2025, opposition disrupted $98 billion in projects over a three-month period — at the time described as the largest disruption in any single quarter. Q1 2026 disrupted $130 billion in a single quarter, setting a new record. The ADCBI™ moved from 31.9 in Q2 2025 to 76.8 in Q1 2026 — a 141% increase in the index score in under 12 months.
Where can I download the dataset?
The full dataset underlying this article is available as a free CSV download under a Creative Commons Attribution 4.0 International (CC BY 4.0) license. No registration is required. If you use the data in research or journalism, please cite: Axis Intelligence Research, ADCBI™ Dataset, June 2026.
Axis Intelligence Research · AI Data Center Community Opposition Statistics 2026 Published: June 18, 2026 | Next update: September 2026 | License: CC BY 4.0