Voters across the United States demonstrated a clear resistance to data centre development in the recent midterm elections, rejecting proposals in 40 out of 41 ballot measures. The results, analyzed by election-monitoring project Data Centers on the Ballot, indicate a significant public backlash against the rapid expansion of these facilities.

This widespread opposition comes despite a construction boom driven largely by the burgeoning artificial intelligence (AI) sector. Analysts had been closely watching the midterms to see if public sentiment against data centres would translate into concrete electoral outcomes. The results suggest that concerns about the environmental impact and economic consequences of data centres have become a potent political force.

According to the report, only one town, Harwood, North Dakota, voted to allow data centre development by defeating a measure that would have mandated independent reviews for large industrial projects. The overwhelming majority of the 41 contests saw voters choose to reject or limit new data centre construction, signaling a bipartisan consensus on the issue.

The implications of these results are significant for the tech industry, which has been rapidly expanding its data centre footprint to support AI and other digital services. The election outcomes suggest that future data centre projects may face increased local scrutiny and potential political hurdles, potentially slowing down expansion plans.

Experts note that the resistance to data centres is intertwined with broader public anxieties about the economy, particularly cost-of-living increases and job security. The unchecked growth of AI has fueled fears about automation replacing human workers, and the tangible presence of data centres in communities amplifies these concerns. Bhaskar Chakravorti, dean of global business at Tufts University, explained that the physical manifestation of AI in local construction projects, coupled with worries about economic shifts, has resonated with voters.

Beyond job displacement fears, communities are also concerned about the substantial resource consumption of data centres. These facilities require vast amounts of water and energy, leading to worries that their presence could drive up utility costs for nearby residents. Critics argue that this competition for resources, exacerbated by broader economic factors like geopolitical conflicts or trade policies, places an additional burden on local populations.

The Pew Research Center estimated in April that the U.S. already hosts approximately 3,000 data centres, with over 1,500 more under construction. This rapid expansion, fueled by the demands of AI, has created a visible impact on landscapes and local economies, prompting a public reaction that has now been reflected at the ballot box. The midterm results suggest that the digital infrastructure boom may be encountering a significant local resistance.

As the data centre industry continues to grow, these election results raise critical questions about the future of development, community engagement, and the balance between technological advancement and local concerns. The bipartisan nature of the opposition indicates a complex challenge for policymakers and industry leaders seeking to navigate public opinion and regulatory landscapes.