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How the AI data center boom is breathing new life into dirty, old coal plants

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When the Homer City power plant—the largest coal-fired facility in Pennsylvania—shuttered in 2023, it marked the end of a dirty era for the coal plants that dominated America’s electric grid for over half a century. Now, in a whirlwind turnaround, many of them are being revived to fuel the AI era.

Earlier this year, developers announced they would take the coal plant’s corpse—and its invaluable grid interconnections—and resurrect it into the Homer City Energy Campus, a sprawling AI data center complex powered by the largest natural gas-fired power plant in the country, opening on a fast-tracked timeline in 2027.

With U.S. electricity demand projected to surge by as much as 60% through 2050 to fuel the AI boom—initiating a race against time to build sufficient power generation—the strong old bones of closed or retiring coal plants offer a shortcut to get new power projects online much more quickly. They can skip the two-year queue for high-voltage grid connections—regardless of whether these projects are for gas, wind, solar, geothermal, or even new-age nuclear.

“Our grid isn’t short on opportunity — it’s short on time,” said Carson Kearl, Enverus senior analyst for energy and AI. “These grid interconnections are up for grabs for new power projects when these coal plants roll off.

“The No. 1 priority for Big Tech has changed to [speed] to energy, and this is the fastest way to go in a lot of cases,” Kearl told Fortune.

American coal power plunged from 50% of the nation’s grid as recently as 2005 down to just 16% and falling today, courtesy of the shale gas drilling rush and the rise of renewables. But coal still represents more than half of the grid’s carbon emissions. While wind and solar power are emission-free, switching to new gas plants still represents a 60% emissions reduction from coal.

In the last two decades, as more coal plants closed, U.S. power emissions plummeted 40%, accounting for more than 75% of the nation’s total decline in carbon dioxide emissions, according to the Environmental Protection Agency.

The energy research firm Enverus estimates that at least 70 gigawatts of retired coal power capacity—enough to power 50 million homes, or almost 100 data centers—can be converted to clean (or cleaner) power sources.

Power generator and utility owner Xcel Energy (No. 319 on the Fortune 500) is in the process of converting old coal plants to both gas-fired and renewable power from Minnesota to Texas. And many more projects are on the way in the years to come, said Xcel chairman and CEO Bob Frenzel.

“Tech is looking for speed, they’re looking for electricity and, in some cases, we have both,” Frenzel told Fortune. “We’ve been able to use those interconnections quite successfully to repower with more efficient and more clean energy resources.”

Xcel Energy CEO Bob Frenzel, at the 2025 Semafor World Economy Summit, discusses energy needs and economic outlooks.

Switching to wind, solar, gas, nuclear, and more

Most new power construction in the U.S. is currently concentrated on solar, wind, and accompanying battery energy storage, but the Trump administration’s war on renewables—just when the country needs more power—means wind and solar tax credits expire after 2027.

The clean energy projects underway largely will get built—some utilizing coal interconnections—but much more coal-to-gas switching will occur to meet the needs of AI, especially in gas-rich regions such as Pennsylvania, Texas, and Colorado.

“We as an industry are racing to meet the needs of this new critical national security asset,” Frenzel said of the AI boom. “We’re excited about the opportunity, but it’s going to take an all-hands approach to get it done.

“After [renewable tax credits expire], we as a country must commercialize other assets. Gas is a great bridge fuel, and we’re going to continue to use a lot of gas,” Frenzel added.

In the 2030s, new nuclear and geothermal power facilities will come online, he said, but those generation sources require more development time and permitting hurdles.

In Sherburne County, Minnesota, Xcel is retiring its legacy coal plant, taking the first unit offline last year and fully closing it by 2030. In its place, Xcel is developing an array of solar, wind, and battery power. The project includes the longest-duration battery storage in the country, a 100-hour battery system developed by Form Energy. The goal is to power a data center hub there, Frenzel said. Xcel and Meta are working together on a Minnesota project. Amazon also recently bought adjacent land, although its plans are currently paused.

In the Texas Panhandle, Xcel just converted its Harrington coal plant to gas-fired power. Up next, is the nearby Tolk coal facility also slated for a switch to gas. Xcel plans to build about 2 gigawatts of new wind and solar power in the area to meet oil and gas industry electrification needs, as well as for the transformation of a crypto mining site into a data center complex, Frenzel said.

Likewise, Xcel is almost finished converting its Pawnee coal plant in Colorado to gas-fired power. Xcel’s Hayden coal plant in Colorado is slated for closure in 2028, and geothermal power is under consideration for that site. Xcel is working with data center developer QTS in the state.

In a more unique twist on coal-to-gas switching, the Intermountain coal plant in Utah is switching to gas, but it’s also utilizing a green hydrogen blend with the gas to make it burn cleaner. And some coal-to-gas involves using battery storage as well. The AES Petersburg coal plant in Indiana is switching to a gas-fired and battery storage combo complex.

Elsewhere in the country, even coal-to-nuclear plans are underway. Bill Gates’ TerraPower is developing a next-generation nuclear plant slated to open by 2030 on an expedited schedule—in a partnership with Sabey Data Centers—utilizing the interconnections of the Naughton coal and gas plant, which will start closing next year.

Still, even as coal plant retirements were moved up in recent years, some are being pushed backwards again toward their original closure dates now that the grid is being strained and the Trump administration is championing coal power.

For instance, Maryland’s last coal plant, Brandon Shores, was slated to close this year, but will now stay up until 2029 as a power bridge for the AI boom. Likewise, the J.H. Campbell coal plant in Michigan was extended from its May closure date until at least November.

The Trump administration’s orders to keep “beautiful clean coal” alive are only temporary. The plants are still going to close; they just received stays on their execution dates.

The “clean coal” phrasing was part of a lobbying and marketing push for more modernized—and less dirty—coal plants about 15 years ago, but the language has largely disappeared outside of the White House as coal continues to be replaced by renewables and cleaner, cheaper gas.

The coal lobbying group, Americans for Balanced Energy Choices, rebranded in 2008 as the American Coalition for Clean Coal Electricity. They gave up on that in 2019, changing to the more succinct and generically named America’s Power. Since then, utilities and railroads have left the group, leaving its membership only to coal companies.

Coal smoke and steam vapor pour out of the Bruce Mansfield Power Plant across from a largely abandoned children's park in Shippingport, Pennsylvania prior to the plant shuttering in 2019.
Coal smoke and steam vapor pour out of the Bruce Mansfield Power Plant across from a largely abandoned children’s park in Shippingport, Pennsylvania prior to the plant shuttering in 2019.

Big Appalachian gas opportunity

In July, about 85 miles west of Homer City in Pennsylvania, it was announced by the project’s developers that the old Bruce Mansfield coal plant, padlocked in 2019, would be converted to gas-fired power as the new Shippingport Power Station to help fuel the AI revolution.

That same day, the developers also publicized the largest natural gas producer in the Appalachia region, EQT, would supply both the Shippingport and Homer City projects with a combined 1.5 billion cubic feet per day of gas supplies.

“Just to put this in perspective, that’s enough natural gas to power two of New York City. Scale matters,” EQT CEO Toby Rice told Fortune. “Homer City and Shippingport are just the first steps of multiple steps in multiple projects, because I do believe that cluster effect is real. They already have connections to the grid, which is a huge fast pass.”

EQT is ready to help lead an AI tech boom in Pennsylvania and the broader Appalachia region with the advantage that it’s home to the largest natural gas field in the country, the Marcellus Shale. And EQT has its own pipeline business to connect directly to data centers as needed.

Rice is leading the charge to make natural gas as clean as possible, through improved technology and upcoming carbon capture and storage projects. It incudes a marketing push—after all, “natural gas” sounds much nicer than “methane.” “People need to understand the natural gas decarbonization train has not slowed down,” he said.

Rusty Hutson, the CEO of gas producer Diversified Energy agrees. Methane is the product, he said, and the producers don’t want to waste the gas in emissions. “We want to sell it. At the end of the day, going through a pipeline and going through a meter is much more beneficial to us than any emissions are,” Hutson told Fortune.

While EQT will focus on drilling new wells to feed the AI beast, Diversified operates more mature gas wells that are often unwanted by the biggest players.

“Data centers, especially in the Appalachian basin, are going to be a huge demand on natural gas,” Hutson said. “We can’t afford to lose any production because other companies are focused on the drill bit and not really on existing wells and existing operations. That’s where we come in to maintain and produce those wells in an efficient manner to keep them in production for longer.”

As Rice and Hutson argued, the trend is much bigger though than an Appalachia story. Enverus’ Kearl said the AI race may very well be won or lost based on how rapidly old coal plants can be repowered to other generation sources nationwide.

“Repowering isn’t just a cost play—it’s a political and logistical shortcut to growing 24/7, low-carbon power,” Kearl said.



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Apple is experiencing its biggest leadership shakeup since Steve Jobs died, with over half a dozen key executives headed for the exits

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Apple is currently undergoing the most extensive executive overhaul in recent history, with a wave of senior leadership departures that marks the company’s most significant management realignment since its visionary co-founder and CEO Steve Jobs died in 2011. The leadership exodus spans critical divisions from artificial intelligence to design, legal affairs, environmental policy, and operations, which will have major repercussions for Apple’s direction for the foreseeable future.

On Thursday, Apple announced Lisa Jackson, its VP of environment, policy, and social initiatives, as well as Kate Adams, the company’s general counsel, will both retire in 2026. Adams has been Apple’s chief legal officer since 2017, and Jackson joined Apple in 2013. Adams will step down late next year, while Jackson will leave next month.

Jackson and Adams join a growing list of top executives who have either left or announced their exits this year. AI chief John Giannandrea announced his retirement earlier this month, and its design lead Alan Dye, who took charge of Apple’s all-important user interface design after Jony Ive left the company in 2019, was just poached by Mark Zuckerberg’s Meta this week.​

The scope of the turnover is unprecedented in the Tim Cook era. In July, Jeff Williams, Apple’s COO who was long thought to succeed Cook as CEO, decided to retire after 27 years with the company. One month later, Apple’s CFO Luca Maestri also decided to step back from his role. And the design division, which just lost Dye, also lost Billy Sorrentino, a senior design director, who left for Meta with Dye. Things have been particularly turbulent for Apple’s AI team, though: Ruoming Pang, who headed its AI Foundation Models Team, left for Meta in July and took about 100 engineers with him. Ke Yang, who led AI-driven web search for Siri, and Jian Zhang, Apple’s AI robotics lead, also both left for Meta.

Succession talks heat up

While all of these departures are a big deal for Apple, the timing may not be a coincidence. Both Bloomberg and the Financial Times have reported on Apple ramping up its succession plan efforts in preparation for Cook, who has led the company since 2011, to retire in 2026. Cook turned 65 in November and has grown Apple’s market cap from about $350 billion to a whopping $4 trillion under his tenure. Bloomberg reports John Ternus has emerged as the leading internal candidate to replace him.​

Apple choosing Ternus would be a pretty major departure from what’s worked for Apple during the past decade, which has been letting someone with an operational background and a strong grasp of the global supply chain lead the company. Ternus, meanwhile, is focused on hardware development, specifically for the iPhone, iPad, Mac, and Apple Watch. But it’s that technical expertise that’s made him an attractive candidate, especially as much of the recent criticism about Apple has revolved around the company entering new product categories (Vision Pro, but also the ill-fated Apple Car), as well as its struggling AI efforts.​

Now, of course, with so many executives leaving Apple, succession plans extend beyond the CEO role. Apple this week announced it’s bringing in Jennifer Newstead, who currently works as Meta’s chief legal officer, to replace Adams as the company’s general counsel starting March 1, 2026. Newstead is expected to handle both legal and government affairs, which is essentially a consolidation of responsibilities among Apple’s leadership team, merging Adams’ and Jacksons’ roles into one.​

Alan Dye, meanwhile, will be replaced by Stephen Lemay, a move that’s reportedly being celebrated within Apple and its design team in particular. John Gruber, who’s reported on Apple for decades and has deep ties within the company, wrote a pretty scathing critique about Dye, but in that same breath said employees are borderline “giddy” about Lemay—who has worked on every major Apple interface design since 1999, including the very first iPhone—taking over.

Meanwhile, on the AI team, John Giannandrea will be replaced by Amar Subramanya, who led AI strategy and development efforts at Google for about 16 years before a brief stint at Microsoft.

Hitting the reset button

All of the above departures cover critical functions for Apple: AI competitiveness, design innovation, regulatory navigation, and operational efficiency. Each replacement brings specialized expertise that aligns with the challenges Cook’s successor will inherit.

The real test will be execution across multiple fronts simultaneously. Can Subramanya accelerate Apple’s AI development to match competitive threats? Will Lemay’s design leadership maintain Apple’s interface advantages as AI reshapes user interaction? Can Newstead navigate regulatory challenges while preserving Apple’s privacy-first approach?

What’s certain is the company will look fundamentally different in 2026—and the executive team that grew Apple into a $4 trillion behemoth is departing. The transformation could be as profound as any since Jobs handed the reins to his COO at the time, Tim Cook, 14 years ago.



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Elon Musk says Tesla owners will soon be able to text while driving

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Elon Musk has given the thumbs up to some Tesla drivers texting behind the wheel.

The EV maker recently introduced a 30-day free trial of its Full Self-Driving (Supervised) (FSD) features on its North American cars, which has traffic-aware cruise control, autosteer, and autopark. To the Tesla CEO, the automated features in place are enough to condone texting while driving. According to safety experts, Musk’s suggestion is actually plain illegal.

In response to an X user’s question on Thursday about being able to text and drive while a Tesla is operating FSD v14.2.1, its latest full self-driving capabilities, Musk responded: “Depending on context of surrounding traffic, yes.”

Musk’s response mirrors his comments at Tesla’s annual shareholder meeting last month, where he said the company would soon feel comfortable with a multitasking driver.

“We’re actually getting to the point where we almost feel comfortable allowing people to text and drive, which is kind of the killer [application] because that’s really what people want to do,” Musk said. “Actually right now, the car is a little strict about keeping eyes on the road, but I’m confident that in the next month or two—we’re going to look closely at the safety statistics—but we will allow you to text and drive essentially.”

With a $1 trillion pay package on the line, Musk has worked to jumpstart Tesla after continued lagging sales. His lofty automation goals tied to the compensation plan include delivering 20 million vehicles and having 10 million active FSD subscriptions, as well as 1 million robotaxis on the commercially operational.

FSD roadbumps 

Tesla’s FSD rollout, much like its other automated technologies, has hit snags. In October, the U.S. Department of Transportation-run National Highway Traffic Safety Administration (NHTSA) opened an investigation into the EV maker, alleging its FSD software violated traffic laws and led to six crashes, four of which resulted in injuries. It cited data from 18 complaints from Tesla users claiming the FSD-equipped cars ran red lights or swerved into other lanes, including into oncoming traffic.

There is another complication for Musk’s vision of a Tesla owner typing away behind the wheel: Texting and driving is illegal in nearly the entire country, barring Montana, according to the U.S. Bureau of Transportation Statistics. According to the NHTSA, distracted driving resulted in 3,275 deaths in 2023.

Even Tesla has warned owners against texting while driving, even with some automated features in place: Tesla’s Model Y Owner’s Manual asks drivers not to use their phones while driving with Autopilot software enabled. (Autopilot refers to Tesla’s basic driver assistance features requiring hands on the steering wheel, while FSD is a paid subscription package with enhanced automated features and does not require a driver to have hands on the steering wheel.)

“Do not use handheld devices while using Autopilot features,” the manual said. “If the cabin camera detects a handheld device while Autopilot is engaged, the touchscreen displays a message reminding you to pay attention.”

Tesla did not respond to Fortune’s request for comment.

What experts are saying

Alexandra Mueller, senior research scientist for Insurance Institute for Highway Safety, told Fortune condoning texting while behind the wheel completely undermines the purpose of Tesla’s current automated features Tesla, which are a level 2 on the five-point automation scale, meaning the models require the driver to still be fully in control of the vehicle.

“Having partial automation support doesn’t mean that you suddenly can kick back and text and not worry about driving,” Mueller said, “because that’s just not how these systems are designed to be used—and that’s also not the responsibility that the driver has when using these systems, and that’s by design.”

She said automated systems like Tesla’s are not designed to replace the driver and work because they are “human-in-the-loop” and were designed to support the driver’s discretion behind the wheel. Beeps and notifications from the vehicle if a driver changes lanes without signalling can help shape good behaviors, Mueller noted. Encouraging multitasking behind the wheel turns these features into convenience factors, rather than the safety precautions they were intended to be.

“Suddenly all your safety assessments on the technology don’t apply anymore, because you’ve changed the very nature of how the technology is supporting human-in-the-loop behavior,” Mueller concluded.



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Analyst says Netflix’s $72B bet on Warner Bros. isn’t about ‘Death of Hollywood.’ It’s about Google

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Netflix’s $72 billion play for Warner Bros. is as much a bet on the future of artificial intelligence (AI) and chips as it is on movies and shows, according to a top Wall Street analyst, who said in an interview with Fortune the deal cannot be understood without looking at Google’s technology ambitions.

Amid cries from the jilted Ellison family about a “tainted” sale process and indie producers and theater owners of the “death of Hollywood,” Melissa Otto, Head of Research at S&P Global Visible Alpha, sees a different game being played. Otto said she thinks the tech angle of the industry is being overlooked.

“I think there’s this much bigger conversation that is being missed,” she said: Google and its TPU chips.

A key question for the future of entertainment, Otto told Fortune, is control over premium video at massive scale in an era when generative AI will increasingly create, remix, and personalize moving images.​ (Otto called it the “video corpus” that will train and power the next generation of AI models.)​ Over the long term, Otto added, that is a key part of the mystery behind why Netflix, long a builder rather than a buyer, would make Hollywood history by taking out one of its biggest rivals and one of the town’s prestige legacy studios.

Co-CEO Greg Peters was asked a blunt question about that same thing this morning on the call with analysts about the historic merger. Rich Greenfield of LightShed Partners cited Peters’ own previous statement at a Bloomberg conference about how there’s a long history of failed media mega-mergers, so he questioned: “Why is this going to end differently than every other media transaction essentially of this scale and history?”

Peters, while clarifying his remarks at the conference were a bit more nuanced, acknowledged “historically, many of these mergers haven’t worked, some have, but you really got to take a look at this on a case by case basis.” Still, Peters argued most previous big deals showed a lack of understanding about the underlying business, and Netflix understands these assets and has a “clear thesis about how the critical parts of Warner Brothers accelerate our progress.” He also acknowledged Netflix isn’t expert at doing large-scale M&A.

After all, this is expensive. “We are surprised that Netflix felt the need to spend $80bn+ and pay a premium for something Netflix disrupted,” Barclays analysts wrote in reaction to the deal, “and it is not clear what problem or opportunity Netflix is solving for that couldn’t have been achieved organically.”

In a statement emailed to Fortune, Dave Novosel, a Gimme Credit senior bond analyst, said the deal looks expensive to him as well, with Netflix assuming nearly $11 billion of debt.

“While the WBD assets bring an amazing amount of attractive content, NFLX is paying a steep EBITDA multiple of more than 25x, which seems extravagant,” Novosel wrote. Once it reaches the advertised synergies, he added, the resulting multiple of closer to 15x seems more reasonable. While those are pending, “the huge amount of debt that Netflix will need to raise to fund the deal will take leverage to well more than 4x initially.” Novosel wrote investors may need to be patient. Bloomberg’s credit team, meanwhile, reported the $59 billion bridge loan being taken out to finance this deal is among the biggest in corporate history.

Here’s what Otto sees happening in Northern California, far from Tinseltown, where the Warner deal is all anybody can talk about, and why Netflix took such a big swing.

Is the future of entertainment Northern or Southern California?

Part of Netflix’s thesis, according to Otto, is that it’s a tech company at heart and it recognizes Google’s rapid advancements in AI, particularly its advancements in TPU chips.

“What TPU chips do really, really well is in the modality of video in generative AI,” Otto said, as they essentially turn mathematical representations into moving pictures in much the same way GPUs revolutionized natural language AI by tokenizing and modeling text. Instead of ChatGPT and text, think Gemini 3 and YouTube videos.

Netflix already trails YouTube in total share of streaming time, with Bank of America Research recently citing Nielsen data showing YouTube held 28% of U.S. streaming, versus Netflix’s 18%. Otto said this threatens to go up another notch when and if Google’s TPU chips turbocharge content made with generative AI.

“I’m sure that it’s feeding into the strategy,” Otto said. “If I were Netflix and I knew that Google, one of their formidable competitors, had this chip technology and was essentially plowing billions and billions of dollars into developing the infrastructure so that they could carve out the corpus of the video modality in generative AI, I would want to build a moat around my business.”

On the surface, Netflix is buying a legacy studio with a deep library, beloved franchises, and a global brand—and paying up to do it. The combined streaming and studio business generates about $25 billion in revenue and roughly $4 billion to $5 billion in EBITDA, but margins on streaming remain thin, making the economics of the deal look tough in the near term. Executives have emphasized overlapping subscribers, obvious cost cuts and an expected $5.5 billion in efficiencies, the kind of “low‑hanging fruit” that can occupy management for the next 12 to 24 months, Otto said.

But in a world where TPUs can make high‑quality video “basically for free,” any player lacking both the chips and the content could find itself outgunned as AI reshapes how entertainment is produced and consumed.​ That makes Netflix’s big splash for Batman, Harry Potter, and the like a different kind of moat, and a different kind of game than the classic Hollywood rivalries of yore. Otto said it was plausible generative AI entertainment could be seen as an extension of the recent IP wars that saw Hollywood deluged by floods of superhero movies and sequels, with Disney’s Marvel Studios ushering in a computer generated revolution in the 21st century. “I think that’s not an outrageous assumption.”

By absorbing Warner Bros., Netflix increases the volume and diversity of content it can feed into recommendation systems, experimentation and, eventually, its own AI‑driven video tools. Otto also noted the deal potentially gives Netflix more exposure to advertising, an area in which Alphabet has dominated and where Warner Bros. still generates $6 billion–$7 billion in ad revenue. While the ultimate destination of that ad talent remains unclear, as they may go to the spinco that includes WBD’s cable assets such as CNN and TNT. (Netflix has only been active in ads since 2022, having been a premium subscription service since it pivoted from DVD rentals to streaming in the late 2000s.)

Imagine a world, Otto said, where you could create your own versions of the crime classic Columbo starring an AI-generated version of legendary actor Peter Falk, who died in 2011. (Columbo had several homes on TV on neither Warner Bros. nor Netflix, as it was first an NBC property in the 1970s, and then an ABC property from the late ’80s onward.) “In this day and age, boy, wouldn’t it be interesting?” Otto asked rhetorically.

In many ways, she added, this moment is remarkable because Netflix may end up neither a subscription nor an advertising business, but an AI-based one that doesn’t quite exist yet. “It’s kind of exciting because it means that it’s anybody’s game,” Otto said.

Otto also raised the spectre of TikTok, the social media giant partially under the control of Larry Ellison.

“They’re a formidable competitor as well,” she said. What’s likely, she added, is the future will be unpredictable. The rise of AI “could provide some really amazing innovation over the next couple of years.” She agreed it could create a bonanza for show business lawyers who wrangle over the rights of things like the likeness of Falk, which was a major issue in the recent Hollywood strikes.

“That may be the real story,” she said.

[Disclosure: The author worked internally at Netflix from June 2024 through July 2025.]



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