Introduction: The Rise of Data Centres in US Politics
BBC Verify travelled to Arizona ahead of the U.S. mid-term elections to investigate how rapidly expanding artificial intelligence infrastructure—particularly large-scale data centre construction—is reshaping political discourse across American communities. While such developments were once considered peripheral to mainstream voter concerns, emerging evidence suggests that public sentiment around data centres may have played a measurable role in shaping electoral results.
The analysis is grounded in polling conducted by Associated Press (AP) and a consortium of news organisations, which found that 56% of surveyed voters described data centres as either 'crucial' or 'major' factors influencing their voting decisions. This figure reflects an unprecedented level of salience for a topic typically absent from typical election debates. Furthermore, 76% of respondents expressed opposition to the construction of new data centres within their own communities—a clear indicator of growing civic resistance.
Voter Sentiment: A Shift Over Time
This shift in public opinion appears significant when compared with earlier surveys by Pew Research Center. In January 2024, only about one-third of Americans viewed data centres negatively; by mid-2025, that number had risen sharply—approximately half now believe they are 'mostly bad' for environmental health, household energy costs, and overall quality of life. This deterioration in sentiment suggests a rapid evolution in how the general population perceives AI infrastructure development.
The change is particularly notable given that data centre construction has been growing exponentially over recent years. According to official U.S. government records released in August 2026 (adjusted for inflation), monthly spending on building new data centres—including land acquisition and physical structures but excluding IT hardware—reached $5 billion. That figure represents five times more than expenditures recorded during 2023, indicating an acceleration in investment at both corporate and state levels.
Geographic Concentration of Data Centres
Data centre expansion has not been evenly distributed across the United States. Three Senate seats flipped by Democrats—the Texas, Ohio, and Iowa districts—are home to significantly higher concentrations compared to the national average. The median number of data centres per U.S. state is around 55; however:
- Texas hosts 595 data centres—more than any other state;
- Ohio has 258;
- Iowa holds 117.
This geographic concentration raises questions about whether local opposition may have disproportionately influenced electoral outcomes in these states. For instance, Texas alone has launched or approved 31 ongoing construction projects for new data centres—the highest total among all states—and includes major facilities such as OpenAI’s Stargate Oracle AI data centre located near Abilene.
Election Outcomes and Data Centre Sentiment
BBC Verify conducted a comparative analysis of state-level voter polling from Senate races during the mid-term elections to determine if shifts in public attitudes toward data centres correlated with changes in political alignment. The findings reveal that while some swing states followed national trends—such as increased concern over environmental impacts—others showed less pronounced reactions, suggesting regional variation in how voters weighed these issues against others like healthcare or inflation.
Notably, all three key states involved in major AI infrastructure growth—Texas, Georgia, and Ohio—elected Democratic senators and governors who have since publicly advocated for tighter oversight on new data centre projects. These leaders proposed specific policy demands including:
- Mandates requiring developers to cover full costs of their energy and water usage;
- Requirements to employ unionised construction workers;
- Stricter environmental impact assessments and transparency rules.
Their positions reflect a broader political trend where elected officials are beginning to treat AI infrastructure not just as economic drivers but also as potential sources of public discontent when unregulated or poorly managed.
Economic Incentives vs Public Pressure
Despite growing opposition, analysts caution that the data centre industry remains deeply embedded in U.S. economic activity. According to an analysis by Columbia Business School, current investment levels in AI-related infrastructure now exceed those historically seen during 19th-century railway booms—when railroads were rapidly expanding across America with minimal oversight.
This suggests a powerful economic incentive for policymakers to avoid policies that could severely disrupt construction timelines and associated job creation. As noted by Deepak Surana of the Futurum Group—a technology research firm—the likelihood is not one of outright bans but rather 'a negotiation' between state governments and developers, aimed at balancing public concerns without halting progress entirely.
Policy Responses from Industry Leaders
In direct response to mounting political pressure following election night, OpenAI announced on Thursday—an official day after mid-term results—that it would fully bear all costs related to its electricity consumption in Texas and Ohio. This commitment was made publicly during a press briefing and signals an effort by major AI firms to address community anxieties about energy bills and environmental strain.
The move comes amid broader industry discussions over accountability. Cori Crider, executive director of the Future of Tech Institute—a European-based think tank—warned that new state leaders may impose conditions or even halt 'runaway' data centre developments if public opposition continues to grow. She stated: ‘The industry should anticipate that future legislation will include requirements for developers to demonstrate full cost recovery and sustainability compliance.’
Regulatory Outlook and Industry Challenges
While temporary bans on construction are possible in certain areas, experts believe such actions would only delay—not stop—the overall expansion of AI infrastructure. Heather West from Eurasia Group, a global consultancy, explained that projects already approved or under active development will continue largely unchanged.
'Delays,' she said, 'will primarily affect the next wave of building through local legal challenges, slower permitting processes, and increased pressure on developers to pay for their own power consumption.' This implies that while public sentiment may slow down new project approvals at the municipal level, it is unlikely to reverse long-term investment trends unless systemic changes occur.
Broader Economic Implications
The economic role of data centres in U.S. growth cannot be overstated. Beyond direct job creation during construction phases, these facilities support a wide range of downstream industries—from cloud computing services to advanced manufacturing—many of which are central to modern digital economies.
However, analysts from Oxford Economics have pointed out that politicians face strong incentives not to impose disruptive regulations on this sector due to its contribution to tax revenues and employment opportunities. In states like Texas—with one of the largest concentrations of data centre activity—the potential for revenue loss or reduced investment could outweigh short-term public concerns about energy use or environmental degradation.
Conclusion: Can Data Centre Opposition Be Quantified?
BBC Verify has found no direct evidence linking specific votes in individual districts—or any particular Senate seat—to opposition against data centres alone. While voter sentiment is clearly rising—especially among Democrats—it remains a secondary issue compared to broader economic anxieties such as inflation, healthcare costs, and government corruption (which were cited by 90% and 89% of voters respectively).
As artificial intelligence continues to reshape industries and daily life, it will be critical for policymakers—and the media—to maintain transparent dialogue between technological advancement and community well-being. Without this balance, future expansions could face not only regulatory hurdles but also sustained social friction rooted in trust deficits over energy use, environmental impact, and equitable economic growth.