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There will not be one type of cultured chicken. There will be kosher cultured chicken, halal cultured chicken, and ... vegan cultured chicken?

When you’re a vegetarian, you get used to dealing with sneering, horrified, nosy, and bewildered questions of “...but why?!”
My own well-practiced answer — designed to minimize confrontation — goes something like this: I was raised not eating red meat and then when I was a teenager, I became obsessed with our cultural disconnect from our food and decided that if I couldn’t stomach killing and preparing an animal myself, then I had no right to eat it. But don’t worry, my husband eats meat! I’m not judgmental!
The truth is actually much more complicated and nuanced (my “long version” includes anecdotes about my stint at a wildlife rehabilitation center, my father’s heart attack, and an explanation of why I eat meat when I travel abroad), but I usually don’t get that far when talking with strangers. That’s because what we eat and why are deeply personal questions that can touch on everything from one’s religious beliefs to their code of ethics, cultural and philosophical values, health, and concerns about environmental impact. Every person who observes dietary restrictions around meat has spent at least some time — perhaps very little, maybe every single day — privately weighing these considerations.
Then earlier this week, the U.S. Department of Agriculture threw all of that carefully considered reasoning out the window by approving the sale of lab-grown chicken.
Don’t get me wrong: This is incredible news. Around 15% of global emissions come from livestock farming (including dairy and eggs), and it would likely be impossible to get everyone on the planet to switch to a vegetarian or vegan lifestyle. Indeed, for animal rights activists, “cell-cultivated” or “cultured” meat has long been akin to cold fusion for food — that is, a science-fiction solution that theoretically fixes everything.
But now, using cells harvested from live animals, companies like Upside Foods and Good Meat are able to safely grow animal fat and muscle tissue in stainless steel tanks, resulting in what is essentially slaughter-free animal protein for human consumption. When I spoke with the influential animal welfare philosopher Peter Singer a few months ago about the ethical quandaries of eating meat during the climate crisis, he’d cited such advancements in cultured meat (at the time, only available in Singapore) as an exciting, if far-off, opportunity, telling me “if we can get that economically competitive, maybe that’ll be a solution to the problem.”
The widespread proliferation of cultured meat is admittedly still a long way off. For the time being, lab-grown chicken will only be sold in select U.S. restaurants and an enormous amount of scaling is required for cultured meat to begin to replace industrial farming. There are also concerns that current production methods are not actually more sustainable than live-animal farming. Plus, there is a squeamish factor of “meat grown in tanks” to be cleared.
But the USDA approval is still nothing short of a game-changer. “I’m vegan for ethical reasons, and so if people can enjoy the familiar tastes of meat and textures of chicken and whatever else without animals dying, then that’s a huge win in my book,” Nisha Vora, a vegan recipe developer and cookbook author who runs the YouTube channel and blog Rainbow Plant Life, told me. Still, “it will be weird to eat chicken!” she admitted.
Vora isn’t sure yet how much lab-grown meat will factor into her future recipes, explaining that many of her followers are interested in whole foods and cooking that is meat-adjacent, “so I don’t think I have a huge swath of my audience that’s really like, ‘oh, I can’t wait for meat,’ you know?” She observed, though, that lab-grown meat could potentially make labor-intensive parts of some of her recipes, like her popular vegan Crunchwrap Supreme dupe, easier and quicker, albeit not quite as healthy. “If you are vegan for health reasons, or you’re plant-based for health reasons … then maybe that’s not what you want to be eating,” she pointed out.
Omnivores might be scratching their heads at these fine nuances, wondering why they’re a big deal: No animals are killed, can’t you people ever be happy? But it’s actually the fact that the animals aren’t killed that might prevent a quarter of the world’s population from eating lab-grown meat.
Many religions have customs regarding meat consumption, including Judaism, Hinduism, certain denominations of Christianity, and Islam — groups that together make up approximately half of the global population. That means there is a lot of confusion and theological debate when it comes to cultured meat. As The Washington Post once memorably put it, “If it looks like a duck, quacks like a duck, tastes like a duck, but you’re not supposed to eat a duck, does God consider this ‘cheating’?”
The answer is, it depends.
Take halal, the Islamic laws governing food. A number of rules must be met for meat to be considered permissible to eat, including proper slaughtering of the animal. It is, for example, forbidden to eat an animal that dies naturally and becomes a carcass. This is an essential technicality for the 25% of people globally who keep halal.
“Any severed part of a surviving (land) livestock animal can become a carcass” — including its cells, one recent Malaysian study explained. As such, lab-grown meat would only be halal if the animal the cells were collected from was “slaughtered according to the Shariah law.” Such an interpretation has been echoed by religious authorities in Pakistan and Indonesia, the two countries with the largest Muslim populations. (Kosher-slaughtered origin animals may be acceptable in the eyes of rabbis, too, although Jewish authorities have gone back and forth on the matter).
But using cells from a slaughtered animal might be a non-starter for some hardcore animal rights activists since the shift makes the lab-grown cells ever so slightly less cruelty-free. PETA has long been a proponent and backer of cultivated meat, although on the grounds that “no animal died for it.” As PETA’s Catie Cryar clarified for me, “It is our hope that the original process used to obtain cells will be superseded by scientific advances, but at the very least, our goal would be to have no additional animals slaughtered after the original cell lines were obtained.” That means there is potentially a world in which even cultured meat gets labels distinguishing it as either “vegan friendly” or “halal and kosher” (currently, most cultivated meats are made from live-animal cells).
Hindus, meanwhile, may not eat cultured beef regardless of its origin due to the sacred status of cows, one 2020 survey found, although overall Hinduism was “the only religious group who were … more willing to eat cultured meat than conventional meat … perhaps highlighting the motivation to avoid harming animals.” And of course, all of this generalizes the positions of enormously diverse world religions — every worshipper will have their own perspective.
Then there is a whole other sect of non-meat-eaters that we’ve largely ignored: those who abstain for health reasons. While meat substitutes on the market today are made from plants, lab-grown meat is still animal meat. But that also means eating cultured steaks isn’t any better for you than eating real steaks. Even if cellular meat does eventually take off, there will be plenty of people who avoid it simply because they don’t want to include meat in their diet, no matter what its animal or, uh, tank of origin is.
Now let me guess, you nosy Nelly — you’re wondering at this point what I am going to do? I admit my thinking has been all over the place. Sure, when it comes to my animal-ethics-forward viewpoints, there should be nothing stopping me from eating lab-grown meat. I’m a big believer in open-mindedness and adaption and I fully support lab-grown meat being available on the wider market. But I also enjoy the health benefits of eating plant-based, and it’s conceptually just strange to think of myself eating chicken protein even if no chickens were harmed in the making of my meal.
Mostly I just think it’s funny how one little USDA stamp of approval has the potential to unmoor my entire identity as a vegetarian — whatever that even means anymore. We’ll probably need to come up with new terms to distinguish between people who don’t eat animal proteins, period, and people who don’t eat slaughtered animals.
I’m sure, also, that there will eventually be a need for a term to describe meat purists who avoid tank-grown proteins. Then at last it’ll be my turn to snort and ask, “...but why?!”
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A new report from a coalition of energy and data analytics organizations offers recommendations for the country’s demand response leader.
By many measures, California is the most advanced U.S. demand response market. Its aggressive clean energy targets, widespread home electrification, and near-universal smart meter deployment make it a natural testbed for programs that call upon distributed energy resources — from home batteries and electric vehicle chargers to smart thermostats — to ease grid strain and pay customers for helping out.
The state has been running these initiatives in one form or another for decades, starting with agreements that paid commercial and industrial customers to cut their power during periods of grid stress. Over time, those programs expanded to households, allowing ratepayers to let utilities cycle their air conditioners on and off and, eventually, control their smart thermostats too. But the theoretical potential of California’s demand response strategy has far outpaced the realized grid benefits.
“Load flexibility has underdelivered for a long time,” Ric O’Connell, executive director at the grid policy nonprofit GridLab, told me.
A new joint report from GridLab, data analytics firm Kevala, and the energy consulting firm Energy and Environmental Economics released on Tuesday argues that California’s early-mover advantage has, in many ways, become a liability. While the technology to run more effective, streamlined demand response programs has finally arrived, decades of legacy initiatives have left the state and its confused consumers tangled among dozens of fragmented offerings, outdated compensation structures that don’t reward active participation, and rules that make it unnecessarily difficult for small, household devices to participate in wholesale electricity markets.
“The communications, the control, the metering — none of that stuff was really available 10 years ago, and you just sort of paid people to sign up,” O’Connell told me. “And then we didn’t really switch it as the technology became available for better measurement.”
But now that the technology is better, the report points out that the opportunity is bigger than ever: California has an unprecedented base of smart, connected devices — including millions of EVs, electrified buildings, and home batteries — that, if properly harnessed, could help smooth out the state's electricity demand and avoid the kind of costly new infrastructure buildouts that drives up everyone's rates.
One of the primary recommendations in the report, titled “Unlocking California’s Flexible Load,” is to pay customers for the actual value they provide to the grid — such as how often and for how long they reduce or shift their electricity use during demand response events. While that may seem obvious, historically, utility and state programs have paid customers simply for signing up and remaining "available" to cut power use — regardless of whether they actually deliver when called upon. That model made some sense before smart meters and other tools could verify performance, but today it often just wastes money while failing to deliver meaningful load reductions.
Changes like this could help California capture far more of the value demand response has long promised. A 2024 GridLab study with The Brattle Group found that virtual power plants — networks of distributed resources that collectively act like large, traditional power plants — could save California utilities and consumers $550 million per year while meeting more than 15% of the state’s peak electricity demand.
The potential is especially striking with EVs. Their charging patterns can already help shift overall electricity demand to less grid-constrained hours, while bidirectional charging may one day turn them into giant grid batteries capable of sending power back to the grid — an increasingly common capability known as vehicle-to-grid, or V2G. The report reveals that if just 10% of California’s projected 9.7 million EVs participated in V2G programs, they could supply nearly a third of the state’s 2036 long-duration battery storage target, according to a press release about the report.
As the report also makes clear, though, getting there will require more than simply changing how the program pays customers. Another major recommendation is consolidating the programs and streamlining how they’re administered. O’Connell said the utilities running their own programs — long held back by institutional inertia — are beginning to recognize the inefficiency problem, waking up to the fact that “the person doing the smart thermostat program is in a different department than the person who’s doing the behind the meter battery program,” he told me, explaining that he’s already working with Con Ed in New York to consolidate its offerings. Based on his conversations with California’s utilities, he said he expects them to announce consolidation plans soon, as well.
It can be a hard sell to get the investor-owned utilities to put real muscle behind these programs, however, as they make money by building new infrastructure like large power plants, not by avoiding the need for it through demand flexibility.
“I think in many ways the IOUs have been indifferent to load flexibility. It’s not core to their business,” O’Connell told me. But with political tension over affordability mounting, customers increasingly worried about electricity rate hikes, and huge new large loads like data centers seeking to connect to the grid as quickly as possible, utilities are facing more pressure than ever to make better use of the infrastructure they already have.
Another core recommendation is designed to ensure that demand flexibility programs actually benefit all customers by capping customer compensation below the total cost that the utility avoided in new infrastructure buildout. For example, if a customer’s individual participation in such a program saves a utility $100 in spending, they should receive less than $100 for providing that flexibility. This is designed to ensure that all California customers end up saving on their utility bills, regardless of whether they’re able to flex their loads or not.
This particular recommendation comes in response to a problem the state encountered with its legacy rooftop solar compensation system, Net Energy metering, which ran from 1996 to 2022. The program pays existing solar customers, who have been grandfathered into the program, well above the actual value of the power they export to the grid, thereby shifting billions of dollars in costs onto customers without solar.
Lastly, the report recommends creating a simpler path into wholesale electricity markets. While sophisticated players —- think large businesses or major demand response aggregators such as Voltus or Sunrun — can sell load reductions directly into those markets, the process remains too complicated and paperwork-heavy for smaller aggregators bundling together resources such as household EVs and batteries. For now, the report argues, those smaller players should keep enrolling customers through simpler, utility-run programs while regulators work to make wholesale market participation more accessible.
Ultimately, O’Connell hopes the report can help California move past the institutional battles that have historically held demand flexibility back. “One of the problems with California is there’s no kind of neutral,” he told me. “We were trying to be that neutral party that’s like, here’s the roadmap to get everyone to actually unlock this potential.”
The goal, he said, was to “name all the problems of the past” — and, in doing so, give California’s utilities, regulators, aggregators, and customers a clearer path forward.
Current conditions: Lake Powell just dropped to its lowest level since the reservoir straddling the border between northern Arizona and Utah began filling 60 years ago • A dangerous new heat dome has formed over the American Southeast, driving midday highs north of 110 degrees Fahrenheit in cities such as Jacksonville, Florida • Temperatures in Bandar-e Mahshahr are rising past 124 degrees, making the Iranian port city at the northern end of the Persian Gulf, near the border with Iraq, the current hottest place on Earth.
Less than two weeks ago, Amazon confirmed its plans to build a data center complex powered by a 7.65-gigawatt, off-grid natural gas plant. As my colleague Emily Pontecorvo wrote, the facility would handily surpass the output of the nation’s biggest power station, the 7-gigawatt Grand Coulee hydroelectric plant in Washington State, and Georgia’s Plant Vogtle, which recently vaulted to No. 2 after the completion of the country’s only two wholly new nuclear reactors in decades increased its output to nearly 5 gigawatts. An even bigger gas plant is now eyeing the top spot on the list. On Monday, ChatGPT-maker OpenAI inked a deal for a sweeping new data center campus in Ohio, backed by $105 billion from chipmaker Nvidia. As part of the agreement, SoftBank’s SB Energy will construct a 9.2-gigawatt gas plant that will be owned by the U.S. government and financed by Japan, according to The Wall Street Journal. “Today, we are helping secure the critical infrastructure required to build these factories,” Jensen Huang, Nvidia’s chief executive, wrote in a blog post on the company’s website. “We are investing in the long-lived foundations of AI factories so our customers can deploy the most productive compute platform in the world, generation after generation.”
The biggest impediment, at least according to North America’s quasi-governmental grid watchdog, is power. “The only thing China is ahead of us in the AI race is power,” Jim Robb, the chief executive of the North American Electric Reliability Corporation, told reporter Arianna Skibell on the Politico Energy podcast episode that went live Monday. “We have better models, we have better engineers, we have better scientists — but we’re challenged in our society to build the infrastructure that’s going to be required to support the growth.”
Europe’s hellish summer continues to shatter records. Just weeks after wildfires scorched Spain and France in what the French president called the country’s “hardest” challenge “since World War II,” Belgium is now battling its biggest blaze in recorded history. Hundreds fled as the flames approached the German border, though rainfall on Monday helped slow the spread. But the High Fens fire has already exposed political fissures in the country. On Monday, Belgian Defense Minister Theo Francken blamed anti-American sentiment for preventing the government from purchasing Chinook helicopters that would have strengthened the country’s firefighting capacities, according to The Brussels Times, an English-language news website. In the Flemish-language Het Laatste Nieuws, the country’s most widely circulated newspaper, columnist Isolde Van den Eynde complained that the episode highlighted the gap between how much government infrastructure exists for climate policy and how little there is for actually dealing with warming-fueled disasters. “While quite a few citizens are wondering where our little army of climate ministers is,” she wrote, “soldiers are on the ground.”
Hawaii, meanwhile, was still reeling from the first hurricane to damage the Big Island in more than a century. Tropical Storm Lala, which strengthened into a Category 1 storm at its peak, knocked out power for nearly 200,000 homes and businesses across the state. As I told you yesterday, the utility that covers 95% of Hawaii has warned it could be months before power is restored. Today we got a clearer sense of the other damage. More than 100 homes were washed away in the storm, and the damage to roads and bridges, according to The New York Times, cut off access to a town with the only hospital in its region.

Exxon Mobil’s oil fields off the coast of Guyana are booming, generating nearly $5 billion in profit last year and only expanding. Chevron last summer spent $53 billion to buy Hess and gain a foothold in the once-poor nation on South America’s Caribbean shores. It’s no wonder The Economist declared South America “the world’s hottest oil patch” last summer.
Now America’s oil goliaths are looking across the Atlantic for their next windfall. On Monday, the Financial Times reported that Exxon had revived its plans to build a liquified natural gas plant in Mozambique’s restive Cabo Delgado, despite the threat of terrorism from an Islamist insurgency in the region. At the same time, Chevron confirmed to Reuters the discovery of new oil and gas deposits in one of its blocks off the coast of Angola, the second-largest producer in sub-Saharan Africa.
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Sunrun built America’s biggest business selling and leasing residential batteries and solar panels on the promise of going off-grid and helping homeowners produce enough power to pare down their utility bills. Now the company is doing the same for data centers. On Monday, the San Francisco-based giant announced a deal with the virtual power plant provider Voltus to provide access to its thousands of residential solar-plus-storage systems in the PJM Interconnection and Midcontinent Independent System Operator electrical grids, covering much of the eastern half of the lower 48 states. “We are providing critical capacity from home batteries supported by funding from hyperscalers,” Sunrun CEO Mary Powell said in a statement. “This is just the beginning of what distributed energy assets can achieve.”
Good news for some of my friends over at the farmer’s market in my neck of Brooklyn: New Jersey is preparing to allow farmers to harvest sunlight for crops and electricity. On Monday, the New Jersey Board of Public Utilities voted to award 16 projects totaling more than 52 megawatts for the state’s first agrivoltaics program. Over the next three years, the program will scale up to more than 200 megawatts of projects. “This pilot can help agriculture and the solar energy industry learn if active agriculture use can be a renewable energy partner in shaping New Jersey’s future,” New Jersey Secretary of Agriculture Ed Wengryn said in a statement. “Getting these projects operating is the best real-life laboratory to learn the challenges the two industries face.”
Manila is a striking metropolis with ancient-looking Chinese and Spanish colonial architecture, gleaming new towers, and vast new neighborhoods forming out of landfilled parts of its eponymous bay. When I visited for a reporting trip in 2024, I learned that the name of the Philippines’ capital comes from the Tagalog phrase meaning “where there is nilad,” a type of flowering mangrove shrub that historically blossomed along the city’s riverbanks. Today those channels that line that city’s streets and wind through the world’s oldest Chinatown are filled with trash. Plastic bottles and garbage are common sights in a fast-growing economy held back by its limited supply of mostly dirty electricity. President Ferdinand Marco Jr. now says there’s “only” one solution to the pollution crisis: Burn it. Last week, his administration told The Philippine Star that new waste-to-energy plants could come online in as little as a year. Environmentalists who say incinerators will only add to air pollution are already pushing back. The government has put out a tender for up to 400 megawatts of capacity, Renewables Now reported. Meanwhile, in a sign of just how much the energy market is heating up in the country, the Philippines’ biggest renewables installer, First Gen Corporation, just turned down a bid from the American investment giant KKR, saying the offer didn’t match the installer’s surging value.
Europe, on the other hand, is seeing its hydrogen ambitions stall out. New analysis by Hydrogen Insight found that project timelines across the continent are now being pushed past two years, “with the number of projects expected to begin commissioning by the end of 2029 falling by almost two thirds.”
Something you don’t see every day: The Trump administration is defending a climate policy imposed by the Biden administration that environmental groups like against Republican states. Last week, E&E News reported that the Department of Justice had asked a federal judge in Louisiana to dismiss a lawsuit brought by 10 GOP state attorneys general in a challenge to a Biden-era policy that stopped subsidizing flood insurance for properties in places increasingly at risk due to new climate extremes.
OpenAI’s new Ohio data center will rely on the country’s largest fossil-fueled power plant — which will be built on federal land.
This is an edition of Heatmap Daily, an evening review of the day’s news written by our executive editor. Sign up for it here.
This morning, OpenAI announced that it is leasing an enormous data center facility that will be built in Pike County, Ohio. The facility’s ownership structure will be arcane, to say the least: It will be built on federal land, operated by a subsidiary of the Japanese firm SoftBank, and partially backstopped by the chip designer Nvidia. The project is the most significant example so far of the increasingly creative off-book financing that’s now driving the artificial intelligence boom.
For our purposes, though, what sticks out about the facility is not its financing per se but the scale of its energy demand. The supercomputer will consume 10 gigawatts of electricity, or roughly as much power as New York City demands on a summer day.
To supply this energy, the Energy Department will build and own … a 9.2-gigawatt natural-gas-burning power plant on-site. It will be financed by the Japanese government and operated by SB Energy, the SoftBank subsidiary. Although this power plant was announced back in March as part of President Donald Trump’s trade deal with Japan, it wasn’t as clear then whether it would actually get built. Nvidia’s involvement raises the odds that it will reach completion. (In any case, it will get built in stages.)
There are several notable things about this extraordinary — and enormous — power plant, assuming that it does get built. Upon completion, it would rank as the largest power plant in the United States, nearly 40% larger than the Grand Coulee Dam. It would also become one of the largest natural gas power plants in the world, rivaling the Jebel Ali Power and Desalination Plant in Dubai. The scale of natural gas throughput required to feed the plant will resemble that required for a large liquified natural gas export facility; simply feeding the plant everyday could eat up a sizable chunk of, say, Ohio’s overall natural gas production.
There’s much we still don’t know about this power plant as well, including what kind of turbine it will use. That question will play a big role in its overall greenhouse emissions and air pollution footprint — although no matter what it will become a major polluter.
It will inaugurate, as well, a new era of national gas mega-plants. We learned earlier this month, for instance, that Amazon is behind a 7.65-gigawatt gas-burning facility being built in Texas dubbed Gigawatt Ranch. That enormous plant, if built, will also outrank the Grand Coulee Dam. (The market research company Cleanview first reported Amazon’s involvement in the facility.) The data center developer Nexus has proposed a 6-gigawatt gas-burning facility near Hubbard, Texas, as well — another enormous power plant. Since the beginning of the fracking boom, natural gas has been distinguished in part by its highly modular nature: For both regulatory and technical reasons, it’s been possible to erect a gas-burning power plant in a variety of sizes in a variety of places on the grid. The rise of these newly behemoth gas-burning facilities suggests that we might be in a new era of truly behemoth gas development.
And what makes the Ohio facility different from the Texas examples, too, is that it's going to be owned by the U.S. government. It's essentially going to be a public natural gas-burning power plant. That has interesting implications for climate and energy policy, because the government’s involvement could bring it under the auspices of future federal regulation — or even executive authority. While its continued operation will likely be protected by two-way federal contracts with Nvidia, SB Energy, and other counterparties, the Trump administration has already stretched the bounds of contract law to allow for, let’s say, entrepreneurial federal policy making on its chosen issues. AI is not exactly popular as is. In a different political moment, with a different mandate, how might a future Democratic president look at this site?