He has received an emphatic response, with groups from the left, right and in-between booking him for speaking engagements and offering their assistance.
Related | Where do people fit into an AI future?
Election results last week confirm a similar dynamic in much of the country. Democrats won races for governor in New Jersey and Virginia and for two open seats on the Georgia Public Service Commission, campaigns in which data centers and rising electricity costs were issues. Media outlets noted this pattern, including in an insightful report from Jael Holzman of Heatmap and a look ahead to next year’s elections from Marc Levy and Jesse Bedayn of the Associated Press.
Much of the discussion is about data centers, which are often large developments used to support cloud computing or artificial intelligence. But the underlying issues are broader, touching on the power of tech companies. For people who live near proposed data centers, there is an additional sense of powerlessness, which Inside Climate News has documented across the country, including the backlash to a plan for a huge data center in Bessemer, Alabama.
“It’s about big tech,” Olson said. “To steal Bernie’s words, [it’s about] these big tech oligarchs that are calling all the shots at every single level of government right now.”
I also see some similarities with local opposition to large wind and solar projects, a subject I’ve written a lot about over the years. A common theme is that residents feel frustrated when powerful companies want to make changes that would alter local landscapes.
Olson said he agrees that there is some overlap between opposition to data centers and large renewable energy development, but he views the latter as more of a rural phenomenon, while concern about data centers is rising almost everywhere.
Google scrapped its plans for a large data center in Indianapolis in September amid local backlash. In northwest Indiana, residents in the small city of Hobart have organized to oppose two data centers, raising concerns about the projects’ electricity and water consumption.
It’s notable that the opposition tends to highlight concerns about high electricity bills, but doesn’t talk as much about data centers’ negative climate impacts. Indiana can see the ramifications as officials push to delay the retirement of coal-fired power plants so the state can meet an expected surge in electricity demand, driven, in part, by data centers.
Political candidates can harness this mounting opposition and data center companies will need to devote more resources to engaging with the public.
Related | The dark reality of making US the ‘AI capital of the world’
Vivek Shastry, a senior research associate at Columbia University’s Center on Global Energy Policy, told me that it’s important for the AI and data center industries to find ways to provide local benefits to host communities and to minimize any negative effects on household electricity costs.
He touched on these subjects in a recent blog post, co-written with his colleague Diana Hernández. When I read this, my first thought was, “Wait, there are local benefits?”
He explained that there are opportunities in terms of energy and money. He pointed to examples in Denmark and Finland of data centers harnessing their waste heat to contribute to district heating systems for local communities.
Beyond that—which I think would be a challenge to do in the United States—he said AI and data center developers can make community benefits part of their proposals. This could mean working with local leaders to find ways to address local needs through philanthropy.
“To the extent that there is a partnership with communities, and there are these pathways to enable tangible co-benefits,” he said.
The opposite can also be true, with local communities feeling like they are bearing the burden of a data center with few, if any, benefits.
Shastry’s larger point is that government officials and corporate leaders need to make sure that development does not harm the most vulnerable consumers by driving up costs of water and electricity. To do otherwise would feed into consumer unrest.
“It’s important to get those processes and protections right early on, because the pace of this growth is such that once you lock into certain kinds of rates and other pathways, it then becomes harder to reverse,” Shastry said.
Voters are already getting upset about electricity rate increases that they blame on data centers, even though the AI industry is in its infancy. The negative effects, if left to fester, could get much worse.
But there also is evidence that state officials have a sense of the challenge before them. The NC Clean Energy Technology Center at North Carolina State University shows this in its most recent quarterly report, the 50 States of Power Decarbonization.
From July to September, state regulators or legislators took 55 actions in 29 states related to laws or rules for large electricity users, which were usually motivated by the growth of data centers.
Some highlights:
- The Public Utilities Commission of Ohio approved a proposal from the utility American Electric Power to create a new rate category for data centers that have electricity demand of at least 25 megawatts. Businesses in this category have special requirements, including that they must sign a 12-year contract. The practical effect is that data centers that close or use much less power than planned will still need to pay, which can help to shield other customers from covering the costs of lines and other infrastructure built to serve these large projects.
- Florida Power & Light, a utility, entered into a settlement with other parties in a rate case that includes new rate categories for large power users such as data centers. The rates would cover new projects that need at least 50 megawatts, with provisions requiring companies to pay even if they use less power than planned. The Office of Public Counsel has said the settlement is “disproportionately favorable” to corporate interests.
- In Delaware, the Public Service Commission staff and the Division of the Public Advocate jointly requested that the utility, Delmarva Power and Light, institute a new rate category for customers that need at least 25 megawatts. Delmarva responded by saying it would like the commission to hold a hearing on the subject.
As recently as two years ago, there was almost no activity in this policy area. Next year at this time, I expect to see action in nearly every state.
Other stories about the energy transition to take note of this week:
IEA Report Points to Oil Peak and Continuing Renewables Surge, But Trump Has Hurt Progress: The world remains on track to reach peak oil in about 2030 if countries stick to their stated policies, according to the new edition of the World Energy Outlook from the International Energy Agency. But this outlook is worse for the climate than the one issued last year, due in large part to changes in climate policy by President Donald Trump, as my colleague Blanca Begert reports. One key difference is that the drop-off from the peak would be more gradual than the agency had previously indicated. The peak and ensuing decline in fossil fuels would be driven by the rapid growth of carbon-free electricity sources such as wind and solar.
How the Trump Administration Is Seeking to Gut the Office of Clean Energy Demonstrations: The Trump administration is proposing a $0 budget for the Office of Clean Energy Demonstrations, underscoring how far the office has fallen since it was a key part of planning for the country’s energy future, as Maria Gallucci reports for Canary Media. The office, which is part of the Department of Energy, was created by Congress in 2021 and received $27 billion to fund projects to scale up clean energy technologies. The sudden shift in funding priorities is ceding leadership to other countries, especially China, and is baffling to people who were connected to the office.
Sunrun Reports a Quadrupling of Participation in Virtual Power Plants: Sunrun, the rooftop solar and battery company, said 106,000 of its customers are now participating in home-to-grid virtual power plant programs, which is an increase of more than 400 percent from a year ago, as Brian Martucci reports for Utility Dive. Sunrun also said its business model, which encourages solar leasing and monthly subscription fees, positions the company to maintain growth even after an expected sales cliff in the rooftop solar industry when federal tax credits expire at the end of the year.
Green Steelmaking Advocates Look for Paths Forward Without U.S. Government Support: The Trump administration’s policies are reducing support for green steelmaking, leading companies and advocates to figure out how to maintain momentum in the short run, as my colleague Kiley Bense reports. The Ohio River Valley Institute, a nonprofit that promotes economic growth and clean energy in Appalachia, issued a report summarizing the effects of federal actions, such as the One Big Beautiful Bill Act’s phaseout of a tax credit for clean hydrogen in 2027 rather than the previous 2032. Despite the setbacks, companies are still moving forward with plans to use hydrogen to produce steel, including a plant in Louisiana being built by Hyundai.
