You’re out of free articles.
Log in
To continue reading, log in to your account.
Create a Free Account
To unlock more free articles, please create a free account.
Sign In or Create an Account.
By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy
Welcome to Heatmap
Thank you for registering with Heatmap. Climate change is one of the greatest challenges of our lives, a force reshaping our economy, our politics, and our culture. We hope to be your trusted, friendly, and insightful guide to that transformation. Please enjoy your free articles. You can check your profile here .
subscribe to get Unlimited access
Offer for a Heatmap News Unlimited Access subscription; please note that your subscription will renew automatically unless you cancel prior to renewal. Cancellation takes effect at the end of your current billing period. We will let you know in advance of any price changes. Taxes may apply. Offer terms are subject to change.
Subscribe to get unlimited Access
Hey, you are out of free articles but you are only a few clicks away from full access. Subscribe below and take advantage of our introductory offer.
subscribe to get Unlimited access
Offer for a Heatmap News Unlimited Access subscription; please note that your subscription will renew automatically unless you cancel prior to renewal. Cancellation takes effect at the end of your current billing period. We will let you know in advance of any price changes. Taxes may apply. Offer terms are subject to change.
Create Your Account
Please Enter Your Password
Forgot your password?
Please enter the email address you use for your account so we can send you a link to reset your password:
Think of all the stuff you use electricity for that you didn't 20 or 25 years ago — all those devices, maybe even your car — and yet electricity use has barely budged this century. In 2000, the country used about 4 million gigawatt-hours of electricity, according to the International Energy Agency; in 2022, it used about 4.5 million GWh, a growth rate of about 0.5%.
In some ways, the purpose of current U.S. climate policy is to reverse this trend. Only about a fifth of all energy produced in the United States is electrical. Removing carbon emissions from transportation, heating and industry will require first converting all of those industries from running on combusted hydrocarbons to running on electricity — while at the same time, of course, working to make electricity generation carbon-free.
All that is to say, we’re definitely going to be using more electricity. Today, if you ask any utility, electricity market organization, or anyone working on energy generation and transmission, they’ll tell you we’re in for an era of load growth.
“For a long period of time, we could balance out additional demand with efficiency improvements,” Xan Fishman, energy policy director at the Bipartisan Policy Center, told me. “Recent forecast are showing we’re going to need a lot more electricity.”
When GridStrategies LLC looked at documents grid planners filed with federal regulators, it found that their aggregate five-year load growth forecasts had gone up from 2.6% in 2022 to 4.7% last year, while their forecast for peak demand, i.e. the maximum amount grids plan on having to be able to provide, had shot up by 18 GW. That’s the equivalent of about 35 gas-fired power plants running on full blast.
In New England, for example, ISO-NE is forecasting 2.4% annual growth over the next 10 years, while its winter peak demand will grow by 3% per year thanks largely to electrifying transportation and heating; that, in turn, is largely thanks to aggressive decarbonization mandates in the region’s constituent states.
Not all of the demand growth we’re currently seeing comes from electrifying our existing energy consumption. New sources of demand are popping up all over the grid — which, especially where they’re generated by new industrial uses, shows how the Biden administration’s combined climate and industrial policy raises the bar for itself. As a result of domestic content requirements for tax subsidies and explicit subsidies for certain kinds of non-energy manufacturing (namely semiconductors), manufacturing construction has shot up in the past few years. And these new plants require huge amounts of electricity.
When PJM Interconnection, the 13-state East Coast and Midwest electricity market, was making its load forecast, it specifically called out Intel’s CHIPS Act-funded facility under construction outside Columbus, Ohio; the electrification of New Jersey ports funded by the Inflation Reduction Act; and planned data centers in Maryland and Virginia as notable examples of increased load generation. For AEP, the utility serving Columbus, the forecast peak summer load in 2030 has gone from about 23.5 GW to 26 GW, compared to around 21 GW in 2023. Dominion, the utility serving Virginia and the booming Loudon County datacenter complex, forecast annual load growth of around 5% over the next decade.
To get a sense of how tremendous that is, when the energy system researchers with Princeton University’s REPEAT project wanted to project how much electricity consumption would have to increase annually to reach net zero by 2050, it turned out to be “only” 2.4%. Virginia is planning load growth at twice that rate just to feed electrons to its data centers.
“When you’re talking about a data center or a three-shift, seven-day-a-week manufacturing process, that’s far less manageable” than, say, electric cars, David Porter, vice president of electrification and sustainable energy strategy at the Electric Power Research Institute, told me. EVs can be powered at specific times based on demand for electricity across the grid, or by a distributed energy resource like residential solar and batteries. To power energy-hungry manufacturing processes, though, requires the kind of consistency that only fossil fuels and nuclear (or naturally limited renewables like hydropower) have historically been able to provide.
There’s no better example of the tension between electrification and emission reductions than in Georgia, where the state’s main utility Georgia Power has said that its estimates for load growth between 2023 and 2031 had jumped up from less than 400 megawatts to 6,600, a 17-times increase. The utility attributed this forecasting hike to “rapid economic expansion and an unprecedented increase in the demand for energy to the state,” including electric vehicle and battery manufacturing facilities, which the Biden administration has done so much to boost demand for and encourage their construction in the United States.
The utility also said that to serve this load growth, it would have to add new renewable resources, acquire power from other utilities and generators, and build new gas power plants, which immediately raised the ire and suspicion of green groups. The Sierra Club described the request as “shocking.”
But proponents of climate action shouldn’t necessarily despair at this new load, Fishman told me. “It’s really easy to decarbonize if you stop building stuff,” he said. “But [Americans] would likely keep buying stuff, and that stuff would be built elsewhere, quite likely with greater emissions intensity.”
In other words, “a resurgence of American manufacturing might lead to more U.S. emissions than in a scenario where we aren’t increasing our manufacturing base,” Fishman told me, but it’s “highly likely to reduce global emissions.” That’s because even now, U.S. electricity is cleaner than electricity in, for example, China, which is still heavily reliant on coal. (According to the IEA, 63% of China's electricity comes from coal burning, compared to 20% in the United States.)
Data centers, meanwhile, are expected to account for 6% of total electricity demand in the U.S. by 2026, according to the IEA, up from about 4% in 2022. And the AI ones will eat up even more: A ChatGPT query is about nine times as energy intensive as a Google search, according to the IEA. If generative artificial intelligence grows at anywhere near the rate that its proponents expect, it will lead to hefty increases in electricity demand, both from manufacturing the chips needed to power the systems and the electricity to power them. One example is Silicon Valley Power, a utility serving, well, Silicon Valley, which forecast load to double by 2035, “primarily” due to data centers’ demand for electricity.
But there may be some reason for skepticism about these load growth projections from data centers, Jon Koomey, a veteran information technology and energy researcher, told me. The particularly energy intensive large language models may not win out as a business, which would slow the growth in data center electricity demand, he said. And even if data centers continue to grow, they could also get far more efficient in how they use electricity — and might just end up using less than what they ask for from utilities.
“You don’t want to get caught short,” Koomey said, explaining why requests for power will be biased on the high end. “There’s an incentive for everyone to request more.”
But still, it’s no surprise that the companies at the heart of the data center boom — Google, Microsoft, and OpenAI — have shown an interest in finding ways to match that constant electricity demand with non-carbon-emitting power. Their facilities need to be powered 24/7, which existing renewable sources largely struggle to provide. (It’s neither windy nor sunny 100% of the time.) This has led to a flurry of investment and dealmaking by these companies to develop and procure “clean firm” resources. Google has a deal with Fervo, the enhanced geothermal startup, to purchase power generated by its operation in Nevada, while Microsoft signed an agreement with Constellation to purchase nuclear-generated electricity for its Virginia data centers to complement its existing renewable power. Silicon Valley Power also said in its planning documents that it’s looking to acquire more geothermal resources. And OpenAI’s Sam Altman has invested in a fusion company.
“If we want to grow our manufacturing base we need the energy to make that work, we need to get that energy to those new manufacturing plants,” Fishman said. “It would be bad if we had a bunch of companies who said, ‘We want to build a factory,’ and can’t because they don’t get enough electricity.”
Log in
To continue reading, log in to your account.
Create a Free Account
To unlock more free articles, please create a free account.
Solar and wind projects are getting swept up in the blowback to data center construction, presenting a risk to renewable energy companies who are hoping to ride the rise of AI in an otherwise difficult moment for the industry.
The American data center boom is going to demand an enormous amount of electricity and renewables developers believe much of it will come from solar and wind. But while these types of energy generation may be more easily constructed than, say, a fossil power plant, it doesn’t necessarily mean a connection to a data center will make a renewable project more popular. Not to mention data centers in rural areas face complaints that overlap with prominent arguments against solar and wind – like noise and impacts to water and farmland – which is leading to unfavorable outcomes for renewable energy developers more broadly when a community turns against a data center.
“This is something that we’re just starting to see,” said Matthew Eisenson, a senior fellow with the Renewable Energy Legal Defense Initiative at the Columbia University Sabin Center for Climate Change Law. “It’s one thing for environmentalists to support wind and solar projects if the idea is that those projects will eventually replace coal power plants. But it’s another thing if those projects are purely being built to meet incremental demand from data centers.”
We’ve started to see evidence of this backlash in certain resort towns fearful of a new tech industry presence and the conflicts over transmission lines in Maryland. But it is most prominent in Virginia, ground zero for American hyperscaler data centers. As we’ve previously discussed in The Fight, rural Virginia is increasingly one of the hardest places to get approval for a solar farm in the U.S., and while there are many reasons the industry is facing issues there, a significant one is the state’s data center boom.
I spent weeks digging into the example of Mecklenburg County, where the local Board of Supervisors in May indefinitely banned new solar projects and is rejecting those that were in the middle of permitting when the decision came down. It’s also the site of a growing data center footprint. Microsoft, which already had a base of operations in the county’s town of Boydton, is in the process of building a giant data center hub with three buildings and an enormous amount of energy demand. It’s this sudden buildup of tech industry infrastructure that is by all appearances driving a backlash to renewable energy in the county, a place that already had a pre-existing high opposition risk in the Heatmap Pro database.
It’s not just data centers causing the ban in Mecklenburg, but it’s worth paying attention to how the fight over Big Tech and solar has overlapped in the county, where Sierra Club’s Virginia Chapter has worked locally to fight data center growth with a grassroots citizens group, Friends of the Meherrin River, that was a key supporter of the solar moratorium, too.
In a conversation with me this week, Tim Cywinski, communications director for the state’s Sierra Club chapter, told me municipal leaders like those in Mecklenburg are starting to group together renewables and data centers because, simply put, rural communities enter into conversations with these outsider business segments with a heavy dose of skepticism. This distrust can then be compounded when errors are made, such as when one utility-scale solar farm – Geenex’s Grasshopper project – apparently polluted a nearby creek after soil erosion issues during construction, a problem project operator Dominion Energy later acknowledged and has continued to be a pain point for renewables developers in the county.
“I don’t think the planning that has been presented to rural America has been adequate enough,” the Richmond-based advocate said. “Has solar kind of messed up in a lot of areas in rural America? Yeah, and that’s given those communities an excuse to roll them in with a lot of other bad stuff.”
Cywinski – who describes himself as “not your typical environmentalist” – says the data center space has done a worse job at community engagement than renewables developers in Virginia, and that the opposition against data center projects in places like Chesapeake and Fauquier is more intense, widespread, and popular than the opposition to renewables he’s seeing play out across the Commonwealth.
But, he added, he doesn’t believe the fight against data centers is “mutually exclusive” from conflicts over solar. “I’m not going to tout the gospel of solar while I’m trying to fight a data center for these people because it’s about listening to them, hearing their concerns, and then not telling them what to say but trying to help them elevate their perspective and their concerns,” Cywinski said.
As someone who spends a lot of time speaking with communities resisting solar and trying to best understand their concerns, I agree with Cywinksi: the conflict over data centers speaks to the heart of the rural vs. renewables divide, and it offers a warning shot to anyone thinking AI will help make solar and wind more popular.
The One Big Beautiful Bill Act is one signature away from becoming law and drastically changing the economics of renewables development in the U.S. That doesn’t mean decarbonization is over, experts told Heatmap, but it certainly doesn’t help.
What do we do now?
That’s the question people across the climate change and clean energy communities are asking themselves now that Congress has passed the One Big Beautiful Bill Act, which would slash most of the tax credits and subsidies for clean energy established under the Inflation Reduction Act.
Preliminary data from Princeton University’s REPEAT Project (led by Heatmap contributor Jesse Jenkins) forecasts that said bill will have a dramatic effect on the deployment of clean energy in the U.S., including reducing new solar and wind capacity additions by almost over 40 gigawatts over the next five years, and by about 300 gigawatts over the next 10. That would be enough to power 150 of Meta’s largest planned data centers by 2035.
But clean energy development will hardly grind to a halt. While much of the bill’s implementation is in question, the bill as written allows for several more years of tax credit eligibility for wind and solar projects and another year to qualify for them by starting construction. Nuclear, geothermal, and batteries can claim tax credits into the 2030s.
Shares in NextEra, which has one of the largest clean energy development businesses, have risen slightly this year and are down just 6% since the 2024 election. Shares in First Solar, the American solar manufacturer, are up substantially Thursday from a day prior and are about flat for the year, which may be a sign of investors’ belief that buyer demand for solar panels will persist — or optimism that the OBBBA’s punishing foreign entity of concern requirements will drive developers into the company’s arms.
Partisan reversals are hardly new to climate policy. The first Trump administration gleefully pulled the rug from under the Obama administration’s power plant emissions rules, and the second has been thorough so far in its assault on Biden’s attempt to replace them, along with tailpipe emissions standards and mileage standards for vehicles, and of course, the IRA.
Even so, there are ways the U.S. can reduce the volatility for businesses that are caught in the undertow. “Over the past 10 to 20 years, climate advocates have focused very heavily on D.C. as the driver of climate action and, to a lesser extent, California as a back-stop,” Hannah Safford, who was director for transportation and resilience in the Biden White House and is now associate director of climate and environment at the Federation of American Scientists, told Heatmap. “Pursuing a top down approach — some of that has worked, a lot of it hasn’t.”
In today’s environment, especially, where recognition of the need for action on climate change is so politically one-sided, it “makes sense for subnational, non-regulatory forces and market forces to drive progress,” Safford said. As an example, she pointed to the fall in emissions from the power sector since the late 2000s, despite no power plant emissions rule ever actually being in force.
“That tells you something about the capacity to deliver progress on outcomes you want,” she said.
Still, industry groups worry that after the wild swing between the 2022 IRA and the 2025 OBBA, the U.S. has done permanent damage to its reputation as a business-friendly environment. Since continued swings at the federal level may be inevitable, building back that trust and creating certainty is “about finding ballasts,” Harry Godfrey, the managing director for Advanced Energy United’s federal priorities team, told Heatmap.
The first ballast groups like AEU will be looking to shore up is state policy. “States have to step up and take a leadership role,” he said, particularly in the areas that were gutted by Trump’s tax bill — residential energy efficiency and electrification, transportation and electric vehicles, and transmission.
State support could come in the form of tax credits, but that’s not the only tool that would create more certainty for businesses — considering the budget cuts states will face as a result of Trump’s tax bill, it also might not be an option. But a lot can be accomplished through legislative action, executive action, regulatory reform, and utility ratemaking, Godfrey said. He cited new virtual power plant pilot programs in Virginia and Colorado, which will require further regulatory work to “to get that market right.”
A lot of work can be done within states, as well, to make their deployment of clean energy more efficient and faster. Tyler Norris, a fellow at Duke University's Nicholas School of the Environment, pointed to Texas’ “connect and manage” model for connecting renewables to the grid, which allows projects to come online much more quickly than in the rest of the country. That’s because the state’s electricity market, ERCOT, does a much more limited study of what grid upgrades are needed to connect a project to the grid, and is generally more tolerant of curtailing generation (i.e. not letting power get to the grid at certain times) than other markets.
“As Texas continues to outpace other markets in generator and load interconnections, even in the absence of renewable tax credits, it seems increasingly plausible that developers and policymakers may conclude that deeper reform is needed to the non-ERCOT electricity markets,” Norris told Heatmap in an email.
At the federal level, there’s still a chance for, yes, bipartisan permitting reform, which could accelerate the buildout of all kinds of energy projects by shortening their development timelines and helping bring down costs, Xan Fishman, senior managing director of the energy program at the Bipartisan Policy Center, told Heatmap. “Whether you care about energy and costs and affordability and reliability or you care about emissions, the next priority should be permitting reform,” he said.
And Godfrey hasn’t given up on tax credits as a viable tool at the federal level, either. “If you told me in mid-November what this bill would look like today, while I’d still be like, Ugh, that hurts, and that hurts, and that hurts, I would say I would have expected more rollbacks. I would have expected deeper cuts,” he told Heatmap. Ultimately, many of the Inflation Reduction Act’s tax credits will stick around in some form, although we’ve yet to see how hard the new foreign sourcing requirements will hit prospective projects.
While many observers ruefully predicted that the letter-writing moderate Republicans in the House and Senate would fold and support whatever their respective majorities came up with — which they did, with the sole exception of Pennsylvania Republican Brian Fitzpatrick — the bill also evolved over time with input from those in the GOP who are not openly hostile to the clean energy industry.
“You are already seeing people take real risk on the Republican side pushing for clean energy,” Safford said, pointing to Alaska Republican Senator Lisa Murkowski, who opposed the new excise tax on wind and solar added to the Senate bill, which earned her vote after it was removed.
Some damage has already been done, however. Canceled clean energy investments adds up to $23 billion so far this year, compared to just $3 billion in all of 2024, according to the decarbonization think tank RMI. And that’s before OBBBA hits Trump’s desk.
The start-and-stop nature of the Inflation Reduction Act may lead some companies, states, local government and nonprofits to become leery of engaging with a big federal government climate policy again.
“People are going to be nervous about it for sure,” Safford said. “The climate policy of the future has to be polycentric. Even if you have the political opportunity to make a big swing again, people will be pretty gun shy. You will need to pursue a polycentric approach.”
But to Godfrey, all the back and forth over the tax credits, plus the fact that Republicans stood up to defend them in the 11th hour, indicates that there is a broader bipartisan consensus emerging around using them as a tool for certain energy and domestic manufacturing goals. A future administration should think about refinements that will create more enduring policy but not set out in a totally new direction, he said.
Albert Gore, the executive director of the Zero Emissions Transportation Association, was similarly optimistic that tax credits or similar incentives could work again in the future — especially as more people gain experience with electric vehicles, batteries, and other advanced clean energy technologies in their daily lives. “The question is, how do you generate sufficient political will to implement that and defend it?” he told Heatmap. “And that depends on how big of an economic impact does it have, and what does it mean to the American people?”
Ultimately, Fishman said, the subsidy on-off switch is the risk that comes with doing major policy on a strictly partisan basis.
“There was a lot of value in these 10-year timelines [for tax credits in the IRA] in terms of business certainty, instead of one- or two- year extensions,” Fishman told Heatmap. “The downside that came with that is that it became affiliated with one party. It was seen as a partisan effort, and it took something that was bipartisan and put a partisan sheen on it.”
The fight for tax credits may also not be over yet. Before passage of the IRA, tax credits for wind and solar were often extended in a herky-jerky bipartisan fashion, where Democrats who supported clean energy in general and Republicans who supported it in their districts could team up to extend them.
“You can see a world where we have more action on clean energy tax credits to enhance, extend and expand them in a future congress,” Fishman told Heatmap. “The starting point for Republican leadership, it seemed, was completely eliminating the tax credits in this bill. That’s not what they ended up doing.”
On a late-night House vote, Tesla’s slump, and carbon credits
Current conditions: Tropical storm Chantal has a 40% chance of developing this weekend and may threaten Florida, Georgia, and the Carolinas • French far-right leader Marine Le Pen is campaigning on a “grand plan for air conditioning” amid the ongoing record-breaking heatwave in Europe • Great fireworks-watching weather is in store tomorrow for much of the East and West Coasts.
The House moved closer to a final vote on President Trump’s “big, beautiful bill” after passing a key procedural vote around 3 a.m. ET on Thursday morning. “We have the votes,” House Speaker Mike Johnson told reporters after the rule vote, adding, “We’re still going to meet” Trump’s self-imposed July 4 deadline to pass the megabill. A floor vote on the legislation is expected as soon as Thursday morning.
GOP leadership had worked through the evening to convince holdouts, with my colleagues Katie Brigham and Jael Holzman reporting last night that House Freedom Caucus member Ralph Norman of North Carolina said he planned to advance the legislation after receiving assurances that Trump would “deal” with the Inflation Reduction Act’s clean energy tax credits, particularly for wind and solar energy projects, which the Senate version phases out more slowly than House Republicans wanted. “It’s not entirely clear what the president could do to unilaterally ‘deal with’ tax credits already codified into law,” Brigham and Holzman write, although another Republican holdout, Representative Chip Roy of Texas, made similar allusions to reporters on Wednesday.
Tesla delivered just 384,122 cars in the second quarter of 2025, a 13.5% slump from the 444,000 delivered in the same quarter of 2024, marking the worst quarterly decline in the company’s history, Barron’s reports. The slump follows a similarly disappointing Q1, down 13% year-over-year, after the company’s sales had “flatlined for the first time in over a decade” in 2024, InsideEVs adds.
Despite the drop, Tesla stock rose 5% on Wednesday, with Wedbush analyst Dan Ives calling the Q2 results better than some had expected. “Fireworks came early for Tesla,” he wrote, although Barron’s notes that “estimates for the second quarter of 2025 started at about 500,000 vehicles. They started to drop precipitously after first-quarter deliveries fell 13% year over year, missing Wall Street estimates by some 40,000 vehicles.”
The European Commission proposed its 2040 climate target on Wednesday, which, for the first time, would allow some countries to use carbon credits to meet their emissions goals. EU Commissioner for Climate, Net Zero, and Clean Growth Wopke Hoekstra defended the decision during an appearance on Euronews on Wednesday, saying the plan — which allows developing nations to meet a limited portion of their emissions goals with the credits — was a chance to “build bridges” with countries in Africa and Latin America. “The planet doesn’t care about where we take emissions out of the air,” he separately told The Guardian. “You need to take action everywhere.” Green groups, which are critical of the use of carbon credits, slammed the proposal, which “if agreed [to] by member states and passed by the EU parliament … is then supposed to be translated into an international target,” The Guardian writes.
Around half of oil executives say they expect to drill fewer wells in 2025 than they’d planned for at the start of the year, according to a Federal Reserve Bank of Dallas survey. Of the respondents at firms producing more than 10,000 barrels a day, 42% said they expected a “significant decrease in the number of wells drilled,” Bloomberg adds. The survey further indicates that Republican policy has been at odds with President Trump’s “drill, baby, drill” rhetoric, as tariffs have increased the cost of completing a new well by more than 4%. “It’s hard to imagine how much worse policies and D.C. rhetoric could have been for U.S. E&P companies,” one anonymous executive said in the report. “We were promised by the administration a better environment for producers, but were delivered a world that has benefited OPEC to the detriment of our domestic industry.”
Fine-particulate air pollution is strongly associated with lung cancer-causing DNA mutations that are more traditionally linked to smoking tobacco, a new study by researchers at the University of California, San Diego, and the National Cancer Institute has found. The researchers looked at the genetic code of 871 non-smokers’ lung tumors in 28 regions across Europe, Africa, and Asia and found that higher levels of local air pollution correlated with more cancer-driving mutations in the respective tumors.
Surprisingly, the researchers did not find a similar genetic correlation among non-smokers exposed to secondhand smoke. George Thurston, a professor of medicine and population health at New York University, told Inside Climate News that a potential reason for this result is that fine-particulate air pollution — which is emitted by cars, industrial activities, and wildfires — is more widespread than exposure to secondhand smoke. “We are engulfed in fossil-fuel-burning pollution every single day of our lives, all day long, night and day,” he said, adding, “I feel like I’m in the Matrix, and I’m the only one that took the red pill. I know what’s going on, and everybody else is walking around thinking, ‘This stuff isn’t bad for your health.’” Today, non-smokers account for up to 25% of lung cancer cases globally, with the worst air quality pollution in the United States primarily concentrated in the Southwest.
EPA
National TV news networks aired a combined 4 hours and 20 minutes of coverage about the record-breaking late-June temperatures in the Midwest and East Coast — but only 4% of those segments mentioned the heat dome’s connection to climate change, a new report by Media Matters found.