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No matter where you live, you should be prepared to live without power during extreme heat.

What keeps emergency management officials up at night? Terrorist attacks. The Big One. A direct hit from a Category 5 hurricane.
But when it comes to climate-related disasters, one fear often rises above the rest: a blackout during a heat wave.
According to new research published this spring, a two-day citywide blackout in Phoenix during a heat wave could lead to half the population — some 789,600 people — requiring emergency medical attention in a metropolitan area with just 3,000 available beds. As many as 12,800 people could die, the equivalent of more than nine Hurricane Katrinas.
Power outages can happen during a heat wave for a number of reasons. The most obvious is because of strain on the power grid, as everyone cranks up their air conditioning at the same time. By one estimate, “two-thirds of North America is at risk of energy shortfalls this summer during periods of extreme demand.” Blackouts can be both city- and state-wide, like when 11 million people were without power following a deadly grid failure in Texas in 2021; or rolling, to prevent a more catastrophic failure; or localized, like when a wildfire takes down transmission lines.
Storms can also knock out power, cutting off access to life-saving air conditioning. Excessive heat killed 12 nursing home residents in Florida in the aftermath of a 2017 hurricane, the same year that hundreds died in Puerto Rico after Hurricane Maria lead to a months-long blackout.
There’s another possibility that has been quietly discussed by emergency officials, too: a malicious cyberattack that takes down the grid during a time of extreme heat. “What happens when a cyberattack disables access to electricity for weeks, coordinated with record-breaking heatwaves, which are significant public health concerns in themselves?” a 2021 piece in The American Journal of Medicine mused, only to conclude that “the impact on the health-care system” — including hospitals, which can run on generators but would be quickly overwhelmed — “would be catastrophic.”
So if the power goes out during a heat wave, what do you do?
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No, you’re not psychic: You can’t predict when a power outage will leave you without your AC. But you are an informed person who’s aware that heat waves are becoming more common and intense and that extreme heat is the deadliest weather phenomenon in the United States. Virtually every American can benefit from having a plan in place for how to deal with extreme heat in the absence of AC, since nowhere is climate-proof.
At the most basic, the emergency agencies that informed this article — primarily American Red Cross, Centers for Disease Control and Prevention, and Ready.gov, all of which can be consulted for further resources — say you should have an emergency kit prepared and up to date in your home, and sign up for emergency alerts. (Also prepare a separate emergency kit for your pets if you have any.) This should include directions to your local cooling center in addition to a hospital.
Next, “Take an inventory of your essential electrical needs,” advises the American Red Cross. “Then consider how you would live without them when the power goes out.” That list might include backup batteries for phones, fans, CPAP machines, or any other medical devices.
Also consider buying misting spray bottles (we’ll get to those later) and a cooler where you can stash food if the refrigerator goes down. Battery-operated fans can additionally be useful to have on hand, particularly in humid areas, despite many public health organizations warning against them. Extra gallons of water are a part of every emergency kit, and important to have on hand as well.
Finally, make a habit of checking in on the vulnerable people in your life ahead of time — in particular, older people who live alone — and confirm they have air conditioning units that are working. Of the 72 people who died in Oregon's Multnomah County, which makes up the bulk of the city of Portland, during a heat wave in 2021, only three were found to have a functioning AC unit.
The first thing you want to do if the power goes out during a heat wave, regardless of how severe you anticipate the situation being, is prevent the loss of whatever cool air there still is inside your house. At the most basic, this means covering your windows to keep out sunlight by drawing the blinds.
If you anticipate the power being out for more than a few hours — perhaps because one of the emergency alerts you signed up for warns you the blackout could last for days — take more dramatic measures, like using blackout curtains if you have them, or reflective, foil-covered pieces of cardboard in the windows to bounce heat off your home. The most important thing, though, is to get the windows covered with something; even a towel will do if you don’t have drapes or blinds. If you have a multi-story home and anticipate a long-lasting power outage, begin to shut upstairs doors (hot air rises!) with plans on keeping those rooms closed off for the duration of the blackout. Any particularly drafty doors or windows can be further sealed with a rolled-up towel. In a worst-case-scenario event, you’ll be staying downstairs until your air conditioning turns back on, so keep that in mind as you move through the rooms.
As you’re making your sweep, also snag any medications you have stored, since heat can alter their efficacy. Many meds will become less potent or altered when exposed to high temperatures; aspirin, for example, breaks down into acetic acid and salicylic acid, which can upset the stomach.
Preventatively turn off and disconnect appliances, too, in order to avoid damage from a surge when the power returns (this is generally good advice no matter what the blackout conditions are). Then establish yourself in your darkest, coolest room — it’s likely on the north side of your home or apartment. Generally avoid south-facing rooms, followed by east- and west-facing rooms, since they get the most sunlight. Hunkering down in the basement is also potentially a good option.
Keep your refrigerator closed until about four hours have passed, at which point you should move the contents and stash them in a cooler. A full freezer can stay at a safe temperature for up to 48 hours, but as FoodSafety.gov will remind you, “when in doubt, throw it out.”
We know dangerously little about how indoor heat works. But we know that it kills — studies have found that people are most likely to succumb to heat-related illnesses in their own homes.
As a rule of thumb, if your body is exposed to temperatures of 90 degrees or higher, you are potentially at risk of heat exhaustion, which can lead to heat stroke, the National Weather Service notes. Keep in mind, though, that it can “feel like” 90 degrees when the temperature on the thermometer is as low as 86 degrees, because of humidity. If your home starts to feel hot, pay close attention to both the indoor heat and humidity and consult the NWS’s heat index to understand your risk.
Prolonged exposure to high temperatures increases the strain on your body and the danger of heat illness. While 90 degrees might be technically survivable for a healthy adult, “the temperature needs to drop to at least 80 degrees for” the body to begin to recover from extreme heat, CNN reports — part of why overnight highs can actually be deadlier than daytime highs.
Keep in mind your own vulnerabilities to heat, too: The elderly and the prepubescent are most at risk, but people taking antidepressants, antipsychotics, anticholinergics, diuretics, and ACE inhibitors can all have severe heat intolerance, too, Yale Climate Connection observes. Additionally, the publication notes, certain diabetes medications, including insulin, can be less effective when exposed to high heat. People with heart disease, kidney issues, or diabetes should be especially cautious about their health during heat waves because of the intense strain on these systems.
If the temperature starts to climb inside your home during a power outage, it is imperative to act quickly to stay healthy. Drink lots of water, but do so consistently, not in guzzling bursts; we’re limited in how much water we can absorb by how fast our kidneys can function. In extreme conditions, the body can absorb up to a liter of water per hour, but it’s often much less. It’s more important, then, to sip continually throughout the day.
If you have the option to do so, spend as much time in air-conditioned spaces as possible, particularly in the afternoon — movie theaters, malls, public libraries, community lake or pool, and friends’ and family’s homes in an area with power are all potential options. Cooling centers are also a terrific option since they are free, can be equipped with backup generators, and may have other resources handy to help you beat the heat.
But let’s assume, for whatever reason, these options are unavailable. Many cooling centers, including most of those in Los Angeles, for example, do not have backup generators, and they can quickly become crowded — one study that looked at Atlanta, Detroit, and Phoenix found that at most, 2 percent of the city population could be accommodated by existing cooling facilities.
Water, then, becomes your best friend. The evaporation of water from our skin helps pull heat away, so begin a regime of keeping a sheen of water on your skin, whether that’s by using a handheld mister or by placing cool wet towels on your body (the head and neck, armpits, and groin are the warmest parts of our bodies, so focus your efforts there). This is an especially good technique if you have a battery-powered fan to sit in front of. Though fans get a bad rap for creating “a false sense of comfort,” in the words of Ready.gov, used properly they can absolutely help — just keep in mind they stop working very effectively once it’s above about 95 degrees.
Showers can help keep you cool too, just don’t be tempted to take an especially cold one; as Popular Science explains, you don’t want to reach the point of shivering, a response that counterproductively increases our internal temperature.
Switch into light, airy clothes and avoid physical activity as much as you can. At night, keep an eye on the temperature; if it’s cool enough outside, open all your windows to create a cross-flow of air, but be sure to close your windows up after temperatures begin to climb again in the morning.
Pay attention to how your body is responding and know the symptoms of heat exhaustion and heat stroke (we have a guide for that here). Typically the first signs are cramps, headaches, or dizziness.
If you begin to feel too hot or sick, it’s time to evacuate your home. Heat illness can go from “uncomfortable” to deadly within 90 minutes, so it’s better to act decisively and get to safety rather than wait and get sicker, when your decision-making abilities begin to erode.
Check what heat relief options exist in your area. Many cities now have programs designed to protect people during extreme heat events, such as the Heat Relief Network in Phoenix, which offers everything from hydration sites to air-conditioned respite centers. Urban areas frequently offer free air-conditioned bus rides to cooling centers, too. But because some of these sites might be unavailable during a major power outage, check local government websites for information.
Before leaving your home, collect any medications and important documents you might need. Also bring any animals you have at home — as the Red Cross emphasizes, “If it’s not safe for you to stay behind then it’s not safe to leave pets behind either.”
If you believe you have the symptoms of heat exhaustion, seek medical attention immediately. But keep in mind, hospitals will likely be overwhelmed during a major power outage — it’s better to have a plan for dealing with the heat long before you ever get sick, rather than try to deal with illness after it’s already set in.
Read more about heat waves:
This Is How You Die of Extreme Heat
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It’s already been an historic year for wildfires. Even if your community doesn’t burn, you might still be in for hazy air.
The nation will mark an unhappy anniversary next week: the worst day for wildfire pollution exposure in U.S. history. On June 7, 2023, the skies over the Acela Corridor turned a sickly mustard yellow due to smoke pouring south from fires in northern Quebec; New York City recorded its unhealthiest ever score on the Air Quality Index at 484, more than 300 points above what’s considered healthy. In the years since, we’ve come to better understand the dangers of such “smoke events.” A study published earlier this year by researchers at UCLA was the first to estimate deaths specifically from long-term exposure to wildfire smoke, finding that it kills more than 24,000 people in the U.S. every year — more people than murderers.
The 2026 wildfire season is already one for the books. Fires had burned 2.4 million acres in the U.S. as of Monday, nearly double the 10-year average for the start of June. And the months ahead don’t look good — about 17% of the country is already in extreme drought, and an all-but-certain El Niño will bring warmer, drier conditions to the already volatile Northwest and suppress or delay monsoon precipitation elsewhere.
Where the smoke from any of the resulting fires actually goes is far less predictable, however, subject to impossible-to-forecast factors such as when there are human-caused ignitions, how big the fire is, what the winds are doing on a given day or even hour, and how much moisture is in the air, among other micro-factors. What’s actually burning makes a difference, too: trees, logs, and dense forest floor litter, called duff, have more mass than the flash-burning grasses of the Plains, meaning forest fires produce more soot and ash for distribution. “Literally, that is where the heavy emissions come from to get lofted with the intensity of a ground fire,” Pete Lahm, the branch chief for smoke at the U.S. Forest Service and the leader of the Interagency Wildlife Fire Air Quality Response Program, told me.
The current Fort Smith fire in the boreal forest of Canada is an example of how difficult it is to predict smoke exposure. Although northern Canada had a good snow year — which should in theory suppress major fires up there — there was a small pocket of dryness around Wood Buffalo National Park that ignited, ballooned into an almost 40,000-acre fire, and sent high-altitude smoke as far south as Chicago last week. Or take those wildfires in Quebec in 2023, which sent particulate matter as far south as Florida.
“The smoke went out to sea and came back in,” Lahm said of that event. “Who would have thought about that?”
As Will Barrett, the assistant vice president for nationwide clean air policy at the American Lung Association, told me, “No part of the country is immune from the impacts of climate change and the threat of increased pollution.” It’s always best to check your local air quality (which reflects a lot more than just wildfire particulates) and the national fire and smoke map when in doubt.
Much has already been said by now about the lack of snow in the Western U.S. “This year’s peak snowpack will be the new benchmark low for Wyoming, Utah, Colorado, and New Mexico,” reads the latest National Integrated Drought Information System report from the middle of May. “There are no comparable years.” Idaho, too, has “no historical comparison” for its lack of snow. In the Cascade Mountains and northern Sierras, where some of the country’s worst wildfires have historically occurred, many drought monitoring stations are likewise recording only trace amounts of snow.
Normally, melting snow helps stave off wildfire ignitions through the spring and early summer. When the snow melts too early — or isn’t there in the first place — the potential for explosive wildfires creeps higher much sooner. Forests also just have a lot of stuff — large trees, brushy undergrowth, forest floor leaf litter, homes and cars — which generates a lot of soot and ash.
In the southern half of Nevada and Utah, fuels are already “near or exceeding record dry levels,” per the latest National Significant Wildland Fire Potential Outlook, updated on Monday. What’s more, “Some of the fires are burning in the heavier fuels and timber of higher elevations, which is very unusual for late May” — and causes more smoke than grasses or chaparral.
The report also shows that above-average significant wildfire potential will consume almost the entire northwest corner of the U.S. — all of Washington, Oregon, Idaho, and southwest Montana — by August, and continue into September. The conditions resemble those of 2015, which turned out to be one of the worst fire seasons in Pacific Northwest history, the agency said. Everyone in the region is at risk from local wildfire smoke, regardless of what drifts in from other places.
“If California were to get active, Idaho and parts of Oregon can get slammed with that smoke,” Lahm told me. “Occasionally, with fires in the mid-Sierras, you’ll start to see impacts in Salt Lake City.” That’s especially true when there is above-normal plant growth in the Sacramento Valley and Sierra foothills, as there is this year. (“One sampling site in the Sierra Foothills,” the interagency report found, “recorded the second highest amount of growth in the 43-year period of record.”)
Lahm added a note of potential optimism to the smoke forecast in the West, pointing out that California is not in a severe drought at the moment. Southern California, home of the costliest fire in U.S. history last year, could be spared almost entirely thanks to the expected El Niño-induced above-average rainfall. “Maybe we won’t get the smoke from California this year,” Lahm allowed, before adding, “but California can get drier.”
The fire season is already well underway in the Southwest, with the airplane-crash-ignited Seven Cabins Fire in New Mexico the biggest active wildfire in the U.S. at 29,000 acres. Local air quality impacts are significant enough that the Forest Service already has air resource advisors involved, but Lahm told me long-range smoke impacts aren’t expected.
The southern and southeastern U.S. can sometimes feel repercussions from fires burning on the West Coast, though. “If we have a good Pacific Rim season, while really volume driven, there have actually been impacts in Louisiana, occasionally,” Lahm said.
Spring fires in Georgia and Florida have burned down into the duff, or “gone underground,” and could reemerge again in the coming months. Late May’s rainstorms could theoretically help curb fires in the Southeast, at least through the early summer. But forecasts show conditions drying out by late summer — El Niño increases wind shear, interrupting hurricane formation in the Atlantic basin and suppressing the tropical storms that normally keep the region wet through the hottest months of the year. Downed trees and brush from Hurricane Helene in 2024 remain an ongoing fire hazard, especially if they dry out.
The smoke in the Midwest isn’t usually of the homegrown variety, but being downwind of Canada and the western U.S. has made it no stranger to haze and red sunsets. According to the American Lung Association’s 2026 State of the Air report, which looks at the period from 2022-2024, “most of the Midwest” was “seriously impacted by high levels of ozone,” in part due to the “ozone-forming pollutants” generated when wildfire smoke interacts with urban air.
The snow conditions in Canada this year thankfully haven’t followed the pattern in the western U.S., and if things stay relatively wet up north, then it’s less likely the Midwest will experience the boreal wildfire smoke it may otherwise have grown accustomed to. But “say that smoke that came down from the [Fort Smith] fire decided to hit the ground in Chicago” last week, Lahm speculated to me. “It certainly would have probably contributed to [air quality] numbers above the standard, and if you’re sensitive and you’re not ready, then it’s a big deal.”
Because poor air quality often stems from fires burning in other places — which thus are often not top of mind — watching local air quality reports is especially important in the Midwest. No, the Fort Smith smoke didn’t hit Chicago last week, but it could have. More than any other region, the Midwest is a wildcard for smoke impacts.
Like the Midwest, the Northeast is often the victim of smoke from faraway fires. In 2025, for example, there were what Lahm described as “light impacts” in New York and Washington, D.C., from fires in Quebec, Ontario, and the Western U.S. “because of the volume of fire material being burned.” So far, though, the National Significant Wildland Fire Potential Outlook shows normal fire potential for the Mid-Atlantic region through September with “brief periods of elevated fire danger during windy days that follow dry periods.”
But as I’ve written before, the fire conditions in the East are also changing. The region has seen a 10-fold jump in the frequency of large burns over the past four decades. In fact, almost nowhere better represents the ability of local fires to cause unpredictable regional impacts than the East, where a likely human-caused fire in Brooklyn’s Prospect Park in 2024 sent particulate matter into surrounding neighborhoods.
If smoke defies long-range forecasts, then, the best method is to expect it and be pleasantly surprised if it doesn’t arrive. For most people, that means shaking off any leftover baggage you have around mask-wearing from the COVID-era and keeping a few N95s in the glove box. It also means knowing you’re at risk in the first place. Children under 18, adults over 65, and anyone who is pregnant or has a pre-existing respiratory or heart condition should be especially attuned to their local air quality. For those groups, having extra inhalers on hand or postponing a run could save a life.
“There are not a lot of places in the U.S. where being ready for some degree of smoke exposure, if you’re at risk, doesn’t make sense,” Lahm said. “It’s just good preparation. We keep a flashlight for when the lights go out in our homes — we need to look at smoke the same way.”
On offshore wind's defense, Three Mile Island, and virtual power plants
Current conditions: Heavy hail storms across Belgium, France, and Italy have injured at least 30 people • Powerful winds are churning up dust storms that are blanketing broad swaths of Delhi, India’s capital region • The United Nations just warned that El Niño weather patterns have an 80% chance of returning by September, threatening to supercharge weather extremes.
New York Attorney General Letitia James led a group of Northeast states in a lawsuit against the Trump administration to pay TotalEnergies nearly $1 billion to abandon its two offshore wind leases in the United States. The lawsuit comes on the heels of reporting by Heatmap’s Emily Pontecorvo that found, contrary to the administration’s announcements, the U.S. government’s agreement with Total didn’t actually require any new investments in fossil fuels, as the administration strongly implied, and that the payment may not have actually met the requirements to be drawn from a federal coffer designed to fund legal settlements. “After repeatedly losing in court, this administration cooked up a sham deal to pay a foreign energy company hundreds of millions of taxpayer dollars to abandon offshore wind and invest in oil and gas instead,” James said in a press release. “We are fighting back to stop this illegal agreement that threatens to erase over a thousand union jobs and cheat millions of New Yorkers out of clean, affordable energy.” New Jersey, Connecticut, Maine, Massachusetts, Rhode Island, and Vermont joined the litigation.
Meanwhile, New York State lawmakers are preparing to pass legislation enacting a one-year moratorium on large centers by the end of the week, Assembly Speaker Carl Heastie told Gothamist, as Democrats caution that the grid can’t handle the new demand. On X, reporter Jimmy Vielkind warned that it’s unclear whether Governor Kathy Hochul would sign the bill. Data from the website Data Center Map shows that the state has more than 130 data centers, nearly half of which are located in the New York City metropolitan area.

The House of Representatives voted Tuesday to pass a package of bills aimed at bolstering development of geothermal energy in the U.S. The package overhauls geothermal-specific rules for permitting and land sales to speed up the timelines for deploying the technology. In a statement, Representative Alexandria Ocasio-Cortez, a progressive from New York who is widely discussed as a potential contender for the 2028 Democratic presidential nod, thanked her Republican colleagues for working across the aisle on the legislation. “At a time of extreme political polarization, this package shows that Congress can still come together on commonsense solutions to better the lives of the American people,” she said.
Meanwhile, the Trump administration is eliminating a network of sensors designed to track environmental changes off America’s shores. A decade ago, the U.S. government built a $368 million deep-ocean observation system to monitor coastal environments and marine life and track the shifting ocean currents that affect global weather patterns. Not for long. On Tuesday, The New York Times reported that the National Science Foundation planned to “dismantle” the system, removing more than 900 deep-sea instruments anchored off Oregon, Washington State, Alaska, North Carolina, and the Irminger Sea between Greenland and Iceland. The federal agency said the decision to scrap the Ocean Observatories Initiative aligns with a “wider strategy to have a nimbler approach to prioritizing support for evolving scientific priorities.” But Craig McLean, a former acting chief scientist at the National Oceanic and Atmospheric Administration during President Donald Trump’s first term, said the move “reflects the further lack of understanding that the current administration has of scientific value and scientific merit.” He added: “By dismantling such a system, we push the United States back yet again into a rear seat in global scientific leadership.”
The world’s meager capacity to remove carbon dioxide from the atmosphere already falls far short of what’s needed to bend the curve on climate change. Now, as Emily wrote of a new report, “the chasm is widening.” On Tuesday, the academic consortium behind the State of Carbon Dioxide Removal report put out the third version of the analysis. The findings are sobering. While research and deployment of carbon removal technologies has made progress in the past two years, it is still not growing quickly enough to reach the scale required to support the Paris Agreement temperature limits. “We’re seeing a lot of signs that there’s still growth happening,” Morgan Edwards, an assistant professor of public affairs at the University of Wisconsin, Madison, and one of the authors, told Emily. “But we need to see a step change in both early indicators like investment and also actual deployments” between now and 2030, in addition to major emission reductions.
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The Federal Energy Regulatory Commission has given Constellation Energy, the nation’s largest operator of nuclear plants, approval to transfer the right to connect to the grid from its Eddystone gas-fired plant outside Philadelphia to the Three Mile Island nuclear plant. The approval marks a major step forward for Constellation’s plan to turn the defunct atomic station into its new Crane Clean Energy Center and begin producing electricity as early as next year. Previously, PJM Interconnection, the regional grid operator, had warned that the plant could not begin supplying new power until 2031. But Constellation said this week’s waiver puts it back on track for a 2027 restart.
Meanwhile, Europe’s top producer of nuclear fuel is ramping up its capacity in the U.S. Urenco, the nuclear fuel enricher co-owned by the British and Dutch governments, on Tuesday announced plans to expand capacity at the only U.S. commercial uranium enrichment facility by nearly 50%, marking what it called a major commitment to strengthening the domestic supply chain. The multi-billion-dollar investment will increase the output from the firm’s National Enrichment Facility in Eunice, New Mexico. “For more than 15 years, Urenco USA has provided its U.S. utility customers with a reliable domestic supply of enriched uranium to power their nuclear reactors,” Boris Schucht, the chief executive of Urenco Global, said in a statement. “This expansion reinforces our commitment to a resilient U.S. nuclear fuel supply chain focused on meeting the long-term needs of our customers as well as supporting U.S. energy security through continued investment by Urenco.”
Virtual power plants — software that can tap into networks of distributed energy resources such as solar panels and batteries to supply the grid in times of need — are having a moment as demand from data centers runs laps around any new supply. And while my colleague Katie Brigham recently outlined the steep challenges this technology faces, the deals keep coming. On Tuesday, Google announced a three-year deal with the VPP provider Voltus to supply up to 100 megawatts of new electricity capacity from distributed resources in the country’s highly stressed largest grid, PJM Interconnection. “Under the agreement, Voltus will orchestrate flexible distributed resources — such as batteries and smart thermostats — to reduce energy demand when the grid needs it, paying the local homes and businesses who participate,” Michael Terrell, Google’s global head of advanced energy, wrote in a blog post. “This enables new capacity for the system, channels investment into local communities, and strengthens the grids that serve our data centers.”
Nearly a year after launching a new company focused on manufacturing next-generation medium-voltage power electronics that can better integrate solar, wind, and data centers onto the grid, former Tesla executive Drew Baglino has struck a major deal. His new startup, Heron Power, just inked an agreement with LG Energy Solution to integrate its solid-state transformer technology with the South Korean battery giant’s energy storage systems in the U.S. “This collaboration reflects a shared commitment to advancing American energy manufacturing and delivering next-generation infrastructure at scale,” Baglino, who serves as Heron’s chief executive, said in a statement. “By engineering a holistic solution together, we are unlocking higher power density, greater efficiency, and faster deployment for developers building the grid of the future.”
A new Heatmap Pro poll shows a rapid shift in public opinion since last fall.
Americans have changed their minds about data centers. Decisively.
At least seven in 10 Americans would now oppose a data center being built near their home, according to a new Heatmap Pro poll, a record low that reveals a staggering shift in public opinion against the facilities powering the artificial intelligence boom.
The survey, conducted by Embold Research, finds that an outright majority of Americans are now strongly opposed to data center construction in their area. Young people, Democrats, and rural voters are more hostile to the projects, but they are broadly unpopular with Americans across geographic and political categories.
The new result reflects a rapid and profound shift in public opinion.
When Heatmap first asked Americans how they would feel about a nearby data center project last September, Americans were evenly split: 43% said they would support it, 42% were opposed, and 15% said they weren’t sure.
When asked the same question in February, Americans were more skeptical. Forty-eight percent said they would support a data center project or weren’t sure, while 51% opposed one in their area.
Now, 55% of Americans — an absolute majority — “strongly” oppose a data center project built near where they live, and an additional 16% are “somewhat” opposed. Only 21% of Americans would support a new nearby data center. The public has swung 49 points against data centers in just nine months, underscoring the heightened political salience of the facilities and the AI industry that they embody.
Other statistics suggest that the public’s skepticism of data centers is surging. At least 20 data center projects were canceled after facing significant public backlash in the first quarter of this year, according to Heatmap Pro data released last month. That is more than double the number that were canceled the previous quarter, the data shows.
The canceled projects from the first quarter wiped out more than $41 billion in planned investment and at least 3.5 gigawatts of electricity demand, according to the Heatmap Pro review.
Little wonder: The new polling shows that skepticism of data centers is widespread across all age groups, political parties, and regions of the country. Some 78% of Americans who said they voted for Kamala Harris in the 2024 election would oppose a local data center project; so would 63% of Americans who reported voting for Donald Trump. And no region of the U.S. saw less than 69% data center opposition.
For the past decade, many political issues have polarized along urban and rural lines, with city dwellers lining up on the liberal side of an issue and rural voters trending more conservative. But the new poll suggests data centers may be defying that trend: Data centers are slightly more unpopular among rural voters than among other voters.
Americans in smaller communities were 54 points opposed, on net, to a data center getting built near their home — in other words, 73% opposed a project, while 19% supported it. Suburbanites and urban voters were 48 and 47 points net opposed, respectively.
Young voters are also strongly against data centers. Eighty percent of Americans ages 18 to 34 said they would oppose a new data center near where they live.
Republicans, non-white Americans, and people who did not go to college are slightly more supportive of data centers in their communities than the median, but even that left the developments at least 30 points underwater.
Just 5% of Democrats, by contrast, said they would “strongly” support a data center getting built in their area, with another 10% describing partial support. Sixty-three percent of Democrats would strongly oppose the project and another 15% would somewhat oppose it.
Five percent of independents would strongly support a data center in their area, with 11% somewhat in support. Seventy-two percent of independents would be strongly or somewhat opposed to such a project.
The Heatmap Pro poll of 4,118 American registered voters was conducted by Embold Research via text-to-web responses from May 15 to 28, 2026. The survey included interviews with Americans in all 50 states and Washington, D.C. The margin of sampling error is plus or minus 1.6 percentage points.