America’s fight over data centers is becoming a mainstream political staple. Seven in ten Americans say they don’t want a data center near their home, and more people now believe these facilities harm their community than help it, according to recent polling cited by industry trackers.
Opposition has more than doubled across 49 states over the past year, and in the first quarter of 2026 alone, an estimated $130 billion in data center projects were blocked or delayed by local resistance.
It’s not even a culture war. The backlash against them cuts across party lines: Republicans tend to object on tax incentives and grid strain, whereas Democrats oppose on environmental and resource use. The reasons may differ, but their mutual opposition is a rare instance of bipartisan alignment in American politics.
Into this landscape steps Phinergy. It’s an Israeli cleantech company whose aluminum-air backup generators have become an alternative to diesel in the AI infrastructure race, seeing early support from players in an impressive Google- and Microsoft-led innovation consortium. I spoke to its CEO Emmanuel Levy, who laid out a thesis that the “NIMBY” reflex against data centers collapses once three specific, solvable grievances are addressed.
“People are caring about [them] and are afraid... whether it is pollution, whether it is noise, or it is water consumption,” Levy told me. “If you’re able to explain why a new data center can come without this price on the shared resources, you’re able to bring the debate back to where it should be.”
It’s a clean, testable claim. In Colorado Springs earlier this year, a proposed data center drew objections almost identical to the ones Levy’s technology is designed to neutralize: noise and air pollution from backup diesel generators, and water consumption. The developer countered with a water-efficient, closed-loop cooling design and pledged 60 to 100 permanent jobs. But it didn’t defuse the fight.
Longtime residents cited broken promises tied to a chip plant and a cryptocurrency mine previously sited on the same land, and the developer told local reporters he had never encountered this level of public opposition, despite having built a similar facility elsewhere without incident. The complaints were the same three Levy names, yet the outcome was not.
Why do they need to be in our neighborhoods, anyway?
Those opposed to data centers don’t want them “in their backyard” - but that’s precisely where they need to be. Whereas training AI models can in fact be anywhere, the inference stage of AI - that’s getting the answers back to the customer who inputs prompts - needs strong latency to ensure smooth communication. And those are fast becoming critical infrastructure, which means backup generators need to be precisely alongside those initial centers. “More and more services are AI-based; they need their AI to be as close as possible to the market,” Levy explained. “So that’s the reason why inference in this case is localized next to communities.”
Think of it like being closer to your internet router at home: a reasonable comparison, until you realize that McKinsey forecast confirmed that by 2030 there will be an additional 140 gigawatts of power consumption by data centers. It means that the equivalent of 140 nuclear power plants will need to be set up in four years in order to manage the computing power. “You understand why there is a bottleneck,” he added.
Another question arises: whose job is it to close this trust deficit? Levy describes a cooperative, three-layer division of labor: new technology needs to be “socialized” to the market, regulators need to update rules that still legally define backup power as diesel-only, and developers need to carry the message to communities and win consent.
Phinergy was selected from a field of more than 70 proposals by the Net Zero Innovation Hub, a consortium formed by Google and Microsoft specifically to source alternatives to diesel backup power, with the pitch vetted privately by senior industry advisors (including a former chairman of Vertiv's technology board and a former Microsoft data center technology executive) before hyperscalers would take it seriously. "It's rarely cold calls," Levy said of how deep tech actually reaches Google and Microsoft. "Without that, it's very, very difficult for people to take you seriously."
Phinergy’s pitch for cleaner data centers is the start of the battle. Removing diesel noise and emissions from their footprint retires one legitimate grievance from a list that has grown to include broken trust, property values, and a broader unease about ceding land and resources to AI infrastructure. International polling on the same backlash lists the objections in similar order: water, energy, land use, noise, air pollution.
But it still needs to overcome the lingering challenge of a lack of community consent. Clean power may be necessary to end the data center fight. On the evidence so far, it isn’t sufficient.
You can learn more about data centers and how Phinergy can fix the bottleneck in the entire episode.
