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.
The fundamentals are the same — it’s the tone that’s changed.
At some point in the past month, the hydrogen fuel cell developer Plug Power updated its website. Beneath a carousel explaining the hydrogen ecosystem and solutions for transporting fuel, the company’s home page now contains a section titled “Hydrogen at Work.”
“Hydrogen is key to energy independence, providing clean, reliable power while reducing reliance on imported fuels,” the text in this new box reads. “Plug’s hydrogen and fuel cell solutions strengthen the energy grid and enhance national security, positioning the U.S. as a leader in the global energy transition.”
It is fairly ordinary website copy, but to a keen reader, the text jumps out as an obvious Trump 2.0 tell. Plug Power — like many green economy companies — has pivoted to meet the political and economic moment, where “energy independence” and “energy dominance” are in and “climate” and “sustainability” are out.
“I am actually shocked every time I look at the website of a climate tech company that still uses the language from 12 months ago, from four months ago — that doesn’t do them any good,” Peter Atanasoff, the managing director and vice president of Scratch Media and Marketing, which helps B2B technology companies and climate tech businesses achieve growth and recognition, told me.
The shift in language is more significant than just brands chasing the latest buzzwords.
The first Trump administration saw broad-based pushback from the business community against Trump’s more inflammatory positions, especially by consumer-facing brands that played to the pussy hat-wearing, brunch-and-protest attitudes of the time. The CEOs of Facebook (now Meta), Nike, and Google issued statements of disappointment when the U.S. pulled out of the Paris Climate Agreement in 2017, and Tesla CEO Elon Musk even dropped out of the president’s business council over the decision. It was, needless to say, a very different time.
During Trump’s second term, he promised “retribution.” Many of the more moderate voices from his first administration are long gone, and there’s a palpable fear among nonprofits and businesses of drawing the wrong kind of attention from Washington, losing grant funding for saying the wrong thing. “The real trigger” for resulting differences in branding between the first and second Trump administrations has been “the change of tone and change of economic policy,” Atanasoff told me. “It is explicit opposition to any of these technologies."
The administration has launched an all-out assault not just on climate policy, but also on the very language of the energy transition. In a February memo obtained by E&E News, the Federal Emergency Management Agency listed 34 words to be erased from official documentation, including “global warming,” “carbon footprint,” “net zero,” and even “green.” As I’ve covered for Heatmap, farmers applying for Department of Agriculture grants have been encouraged to resubmit proposals with climate-focused language removed and “refocus … on expanding American energy production.” And at the National Oceanic and Atmospheric Administration, scientists have quickly learned to pivot to talking about “air pollution” rather than emissions, contending with a banned-words list of their own.
Lobbyists and clean energy companies that want to be in the administration’s good graces have adapted, as well. That has changed the tenor of green business at large. Alexander Bryden, who runs the Washington, D.C. office of Browning Environmental Communications, told me over email that tweaking brand language is “typical after any change of administration, particularly when there are significant shifts in policy.” But especially for organizations in the public eye, “it’s more important than ever to highlight the historic and potential economic benefits of environmental solutions — and show how they are supported by, and benefit, people across the political spectrum.”
The actual fundamentals of green business haven’t changed, though. On the contrary, in the first quarter of 2025, venture capitalists and private equity firms invested more than $5 billion in climate tech startups in the U.S., a 65% increase from the same period a year earlier, according to PitchBook data. While there are certainly obstacles like supply chain uncertainty and tariffs to contend with, especially for clean energy manufacturing, on the whole “it’s still a great time to start a climate startup,” Tommy Leep, the founder of the software-focused venture firm Jetstream, told my colleague Katie Brigham last November. His caveat? “Just don’t call it a climate startup.”
Roger Ballentine, the president of the management consulting service Green Strategies and the chairman of the White House Climate Change Task Force under President Bill Clinton, explained this thinking to me. “It’s what I refer to as climate capitalism, which is the realization that by incorporating climate change and its risks and opportunities into your business strategy, you’re actually going to be a more successful, more profitable, and more competitive company,” he said. Even with the recent economic turbulence, “That hasn’t changed. That’s not going to change.”
Where you do see adjustments, however, is “around the edges,” per Ballentine. Companies are attempting to match the frequency of the administration and, in turn, the broader policy ecosystem — a frequency that tends to be aggressive, assertive, and heavy on words like “dominance” and “security.” It might also take the form of decreasing the volume at which companies had previously shouted their climate bona fides.
Anya Nelson, the senior vice president of public relations at Scratch M+M, said her team has also advised touting “American-made production” in brand messaging, and reframing copy to focus on “the positive impacts and immediate business benefits” of the companies, rather than more idealistic messaging about climate goals that may have had stronger resonance during the Biden administration.
At this point, you may have noticed that I haven’t quoted any corporate brand officers. That’s not because I didn’t try to talk to any. (Even Plug Power, my example at the beginning of this story, didn’t respond to a request for comment on the change in their messaging.) Though the sudden prevalence of terms like “energy dominance” becomes conspicuous once you start to look for them, no one wants to draw the wrong kind of attention from the administration. It’s part of a greater trend of clamming up that my colleagues and I have experienced across sectors in our reporting, and at a time when even the word “green” can give you a black mark, I can’t say I don’t understand.
Ballentine, the Green Strategies president, dismissed reading too much into how language itself changes under President Trump. “If yesterday a new technology company was touting itself as a climate solution, and now it’s touting itself as a way to achieve energy dominance — I don’t care,” he said.
His thinking was more pragmatic. “Good business remains good business,” Ballentine went on. “Around the edges, will things change? Yes. General belt tightening? Yes. Fundamental change of direction? No.”
It might sound like branding agencies are encouraging companies to “play along” with the administration, but Nelson of Scratch M+M stressed that wasn’t what she was trying to say. At the end of the day, “your end goal is to be a viable company, right?” she said. “To be a thriving company that is going to change the world, first and foremost, you need to make sure you don’t go out of business.” The message might be more accurately summarized as “read the room.”
A report from Heatmap’s San Francisco Climate Week event with Tom Steyer.
Last Thursday at San Francisco Climate Week, Heatmap hosted an event with a lineup of industry leaders and experts to discuss the most promising up-and-coming climate tech innovations amidst a backdrop of tariff and tax credit uncertainty.
Guests at Heatmap's event, Climate Tech's Next Winners.Sean Vranizan
First up, Heatmap executive editor Robinson Meyer sat down with Tom Steyer, the billionaire investor and co-founder of Galvanize Climate Solutions, to explore the most promising climate technologies to scale. “No one's going to adopt new technologies to be nice,” Steyer noted. “They're gonna adopt new technologies because they're better, because they're a better deal, because they're cheaper or in some ways solve a pain point for the customer.” Steyer went on to emphasize that there is at least one “transformational and disruptive” idea for every six verticals in the climate industry — for example, measuring carbon sequestration in nature with machine learning andAI, a concept that was “literally unimaginable 5 years ago.”
Tom Steyer and Robinson Meyer.Sean Vranizan
As for the Trump-sized elephant in the room, Steyer encouraged climate tech startups to focus on “good leadership” as well as the willingness to adapt in this uncertain moment. “You’re gonna have hard times, and the world is going to change, and you’re going to have to figure out what to do,“ he said. Steyer also noted that all Americans, not only those working in climate tech, should understand the energy transition as a background condition of their careers. “If you want to be a screenwriter (...) be a screenwriter. But it’s really important that you put [the energy transition] into your screenwriting. If you‘re a banker (...) be a banker with an awareness of this issue. Bank the good stuff, not the bad stuff,” Steyer explained. He finished up the discussion with a remembrance of the late Pope Francis, a “tremendous human being for the planet.”
Sam D'Amico and Nico Lauricella.Sean Vranizan
Also on Thursday was a lightning talk between Nico Lauricella, Heatmap’s CEO and editor in chief, and Sam D’Amico, the founder and CEO of Impulse Labs, which sponsored the event. D'Amico explained that in addition to being an induction stove, Impulse’s Cooktop is “a way to get battery storage into people's homes” — a “concept car” for using batteries in appliances to create a more decentralized grid. Lauricella and D’Amico also discussed the impacts of Trump’s tariffs on clean tech companies like Impulse, with D’Amico advising other founders in the room to build prototypes based on the supply chain and to make sure they have options in terms of where their products are manufactured so they can keep up with changing trade policies.
Impulse's high-power Cooktop on display at the event.Sean Vranizan
Lastly, Heatmap News staff writer Katie Brigham hosted a panel with Gabriel Kra, managing director and co-founder at Prelude Ventures, Clea Kolster, partner and head of science at Lowercarbon Capital, and Rajesh Swaminathan, partner at Khosla Ventures. The group spoke about the unique circumstances facing investors in the climate technology space, what their firms are looking for when investing in the newest climate innovations, and how AI fits into the picture.
Katie Brigham, Clea Kolster, Gabriel Kra, and Rajesh Swaminathan.Sean Vranizan
All three panelists acknowledged that it’s a delicate time for clean tech investors and companies alike. “Volatility and uncertainty are the enemies of running and planning a business,” warned Kra. The true cost of the tariffs is therefore extremely high, Kra explained. Kolster agreed that things are generally gloomy in the investment space, but also highlighted the technologies that are currently thriving. Carbon removal, she pointed out, “is going better than ever. Contracts are being inked right now, in the past few weeks.” The companies and technologies she’s excited about, Kolster added, are building “cheaper, better, faster,” as Steyer pointed out earlier in the evening.
Swaminathan added that there will always be a certain element of risk when it comes to investing in emerging technologies. “Clean tech companies have so many single points of failure,” he said. “And you have to prop up each part with the right leadership team. You have to have strong pillars so that [your company] doesn’t break.”
Guests following the discussion.Sean Vranizan
Sean Vranizan
Sean Vranizan
Sean Vranizan
Sean Vranizan
Sean Vranizan
Guests at SFCW
Sean Vranizan
Thank you to our presenting sponsor, Impulse, as well as our supporting sponsor, V2 Communications, and our event host, IndieBio.
On DOJ lawsuits, reconciliation, and solar permitting
Current conditions: A month out from the start of hurricane season, the North Atlantic Ocean is about 2 degrees Fahrenheit cooler than it was this time last year• Passenger ferry crossings between New Zealand’s North and South Island remain suspended through Friday afternoon due to a severe windstorm• Thunderstorms are expected to settle over Louisville, Kentucky, this afternoon, leading to a potentially wet Kentucky Derby on Saturday at Churchill Downs.
The Justice Department filed lawsuits this week against Hawaii, Michigan, New York, and Vermont to block the states’ climate-motivated lawsuits against fossil fuel companies. The government’s lawsuit against Hawaii and Michigan, filed on Wednesday, seeks to block the states from suing major oil and gas companies over alleged climate damages, which the DOJ argues obstructs the Environmental Protection Agency’s authority to regulate greenhouse gas emissions. On Thursday, the DOJ also filed suit against New York and Vermont over their climate superfund laws, which would require fossil fuel companies to pay for damages caused by climate change, calling it a “transparent monetary-extraction scheme.” Attorney General Pamela Bondi argued all four laws are “burdensome and ideologically motivated” and “threaten American energy independence and our country’s economic and national security.”
The House Natural Resources Committee released its portion of Republicans’ budget package on Thursday evening. The proposal goes to markup next week, and is subject to change, but includes several significant measures across its 96 pages. Some include:
In a statement slamming the bill, Lydia Weiss, the senior director of government relations at The Wilderness Society, said the proposals in sum will “fund tax cuts for the rich while doing nothing to help the average American taxpayer.” You can read the full contents of the bill here.
The Bureau of Land Management has approved a new solar project in Yuma County, Arizona, after a temporary halt on permitting. The move “appears to be the first utility-scale solar facility on federal acreage approved by the Trump administration,” my colleague Jael Holzman writes in The Fight. The BLM additionally released a draft environmental review of a separate solar project, also in Arizona.
As Jael notes, “The fact BLM is willing to admit other solar projects could advance later on is significant after the sputtering seen in the earliest days of the Trump administration.” Her caveat, however, is that it’s unclear if this means solar permitting is a beneficiary of the president’s “energy dominance” agenda, or if “at any moment, a news cycle or disgruntled legislator could steal the president’s ear and make him angry at solar power.”
A view of Punta Gorda, Florida, in 2024 after Hurricane Milton.Joe Raedle/Getty Images
The major reinsurance company Swiss Re has released a lengthy report about the upward trend of insured losses in the United States. Among its findings:
Read more of Swiss Re’s findings in the report here.
The Trump administration has ordered the National Science Foundation to stop awarding new grants or supplying funds for existing grants “until further notice,” according to an email reviewed by Nature. Before the funding freeze, NSF leadership had recently directed its staffers to return grant proposals concerning “topics or activities” not “in alignment with agency priorities” to their applicants.
In the past two weeks, the NSF has terminated $739 million worth of grants, Nature adds. As one NSF staffer told the publication, the Trump administration is “butchering the gold standard merit review process that was established at NSF over decades.” Colin Carlson, who is researching pandemic-causing viruses at Yale University with a team of 50 funded by a $12.5 million NSF grant, said the freeze will “destroy people’s labs.” The NSF has also contributed enormously to climate science over the years, including funding the first major ice core drilling project in Greenland in 1980 to study historical carbon dioxide data, and more recently, using advanced climate modeling to predict extreme weather events better.
“Saying that the U.S. is striving for energy dominance except in the clean energy sector is like opening a steakhouse and forgetting the meat.” —Former Secretary of Energy Jennifer Granholm, writing for Heatmap about why real energy dominance requires preserving the IRA.