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On Penn Station, Boston Metal, and a fixing solar panels

Current conditions: The Northeast heatwave is breaking, with temperatures set to crash by as much as 50 degrees Fahrenheit over the Memorial Day weekend • The Sandy Fire just north of Los Angeles has now prompted mandatory evacuation orders for more than 10,000 homes in Ventura County, California • It’s the United Nations’ International Tea Day, and Myanmar’s Shan State — widely considered the birthplace of Camellia sinensis — is in the midst of intense rainstorms expected to last through at least the beginning of June.
The blockade at the heart of the global energy crisis right now appears to be softening. On Wednesday, the Financial Times reported that two supertankers shipping Iraqi oil to China made it through the Strait of Hormuz. A third megavessel carrying Kuwaiti crude to South Korea also appeared in shipping data to be crossing the narrow waterway at the mouth of the Persian gulf before its transponder went offline. The three ships are ferrying a combined 6 million barrels of crude, which the newspaper noted may be the largest volume to leave the Gulf in a single day since the end of February, when the U.S. and Israel began bombing Iran. An analyst from the data company Kpler said the ships steered through a route designated by Iran, suggesting “there was a deal done” with Tehran. If, as analysts told Heatmap’s Matthew Zeitlin back in March, “the time lag in global arrivals also helps explain why the physical market is only now starting to bite,” the latest shipments may loosen the jaws a bit.
Nearly 30 new utility-scale solar factories started production in the U.S. last year, reaching a high enough capacity to supply nearly twice the expected demand for photovoltaic modules through the end of the decade. That’s according to the latest report out this morning from the American Clean Power Association, the biggest trade group representing the renewable energy industry. The country now has the capacity to produce more than 60 gigawatts of panel modules per year, enough to meet forecast demand through 2030 of just over 35 gigawatts per year nearly twice over. The increase in module manufacturing capacity over the last five years topped 1,600%. But it’s not all rosy. Upstream, solar cell manufacturing has seen a far slower uptick, with just three active factories. The number of factories in the pipeline between now and 2030 falls just below projected demand. Thanks to tariffs, the One Big Beautiful Bill Act’s repeal of solar tax credits, and tight new eligibility restrictions on the use of foreign products in federally-supported projects, solar imports last year fell 33% compared to 2024 levels. The U.S. is also growing self-sufficient on batteries. Last year, the country expanded its manufacturing base enough to meet battery demand with domestic modules, putting the industry on track to do so with domestic cells as well by the end of this year. The five new active anode material plants set to come online by December — one of which is already in operation — could meet total U.S. demand for battery storage by 2028. “We haven’t attracted all of the supply chain yet, it’s still a work in progress, but so far the signs are quite good,” John Hensley, ACP’s senior vice president of markets and policy analysis, told Heatmap’s Emily Pontecorvo in an exclusive interview.

For the past five years, solar has been king among corporate energy buyers. Wind, then, could be considered the crown prince, trailing behind photovoltaics but undeniably the second in line for the throne. Not anymore. In 2025, nuclear surpassed wind as the second-largest technology in corporate deals, with over 5 gigawatts of capacity announced in a single year, according to the latest data from the Corporate Energy Buyers Association. It’s not just about fission, either. “Beyond nuclear, 2025 saw buyers procure more geothermal and hydropower capacity than in any previous year tracked, as well as growth in fusion and the first-ever natural gas with CCS deal, reflecting growing attention to reliability and system adequacy,” the report stated.
New York culture is full of stark rivalries. Artists versus finance bros. Yankees versus Mets. Islanders versus Rangers. Puerto Rican mofongo versus Dominican mofongo. West Side versus East Side. But between the city’s two great train stations, there has long been a clear winner: Grand Central. By comparison, Penn Station, as I can tell you from countless commutes, has long been the armpit of the Metropolitan Transportation Authority, a complex maze of perpetually sticky floors, fluorescent lighting, and bathrooms so dirty that even a nauseatingly tipsy teenager thinks twice about entering. And yet the 2021 opening of the Moynihan Train Hall marked a serious upgrade. Now the Trump administration is chipping in another $8 billion to remake the rail hub.
The announcement, according to Gothamist, marked the first time the federal government has publicly disclosed how much it will spend to reconstruct the station since the White House took over control of the project from the MTA last year and turned the work over to the facility’s owner, Amtrak. “When it comes to our rail, we’re making generational improvements to the Northeast Corridor,” Secretary of Transportation Sean Duffy said under oath during his opening testimony at a Senate hearing Tuesday morning. “That means … a transformative investment in New York’s Penn Station — $8 billion, by the way.”
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Back in February, I told you the cautionary tale of Boston Metal. The Massachusetts-based green steel startup faced an unexpected equipment accident at its plant in Brazil, making it impossible to meet a key development milestone needed to unlock another tranche of funding from its financiers. As a result, the company had to lay off much of its workforce. Now it’s mounting a comeback. On Wednesday, the firm announced a new $75 million funding round to support the scaling of its operations worldwide. Combined with previous financing deals, the company has now raised a total of more than $500 million. The latest funding will allow Boston Metal to expand its business producing metals such as niobium, tantalum, vanadium, and nickel — all of which the U.S. wants to secure more supplies of from domestic sources or allied countries. “This financing marks a pivotal step for Boston Metal,” Rick Cutright, a venture capitalist whose firm, Climate Investment, joined the latest round, said in a statement. “The company has built a new metallurgical platform and demonstrated its ability to produce high-quality metals from complex feedstocks; now the focus is commercial production. Critical metals are the right first market because the need is immediate.”
In South Dakota, meanwhile, the world’s largest producer of biofuels just inked a major energy storage deal. Antora turned on its 5-gigawatt-hour, multi-day thermal energy storage system, which is delivering energy to POET under a long-term offtake agreement. The technology will help expand production POET’s bioprocessing facility in Big Stone City. “Homegrown energy sources create good-paying jobs, support our agriculture producers, and provide affordable options for consumers,” Senator John Thune, the South Dakota Republican, said in a statement. “I’m grateful for this impressive addition to South Dakota’s budding biofuels industry, and I can’t wait to see the benefits for South Dakota producers and families across our state.”
Convective Capital is not your usual venture capital firm. The San Francisco-based company, which Heatmap’s Katie Brigham has written about repeatedly, formed around a parochial specialty with ubiquitous appeal to Californians: wildfire technology. The startups financed through its first fire-focused fund have so far attracted hundreds of millions of dollars in investment. Now Convective is launching a second fund. On Thursday morning, the firm announced $85 million for a fund focused on resiliency. In a blog post, Convective founder Bill Clerico said the company has already launched a media channel to tell stories about companies finding novel ways to shore up infrastructure against extreme weather disasters and assembled a network of more than 10,000 resiliency-focused professionals. “There’s $60 trillion of real estate that's at high risk from disaster,” Clerico told Katie in an interview yesterday. “While we spend as a nation a trillion dollars a year preparing to fight enemies overseas, we spend comparatively very little at home protecting our neighborhoods and cities. I think the silver lining in this is that it’s gotten so bad that I think the private markets can now take over.”
It’s been almost exactly a year since the rooftop solar giant Sunnova went bankrupt. Now its former chief executive is back with a new startup called Otovo that’s focused on servicing and fixing solar panels, batteries, and generator systems “orphaned” by their original developers’ bankruptcies. The business is panning out. This morning, I reported exclusively for Heatmap that Otovo has so far racked up 30,000 customers in less than a year and is considering listing on an American stock exchange as early as this year.
Editor’s note: This story has been updated to reflect that Boston Metal has already been working in the critical metals space. It has also been updated to correct the nature of Antora’s agreement with POET.
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On British nuclear, Puerto Rican water, and the U.S. solar supply chain
Current conditions: Dolly is no longer a tropical storm, but the remnants of the system are set to drench the northern Caribbean, especially the Leeward Islands, the British and U.S. Virgin Islands, and eastern Puerto Rico • One person died and at least 14 hikers are missing in flash floods in the Grand Canyon that forced airlifts on Sunday • In the Pacific, Tropical Storm Karina is rapidly strengthening into a hurricane, but it’s unlikely to make landfall anywhere.
The United States has brokered what President Donald Trump called “the biggest oil deal in world history” with Venezuela, securing majority control over more than 65 million barrels of the South American nation’s proven supply of crude. In a post on his Truth Social network Friday evening, Trump said the agreement would “more than double American oil reserves” and “substantially lower gas prices for all Americans, long into the future, while helping to continue to set Venezuela on a course toward tremendous success and great prosperity.” Appearing on national television for a six-minute address, Venezuela’s interim President Delcy Rodríguez, who took power after the U.S. captured former leader Nicolás Maduro in a night-time raid nearly nine months ago, said the pact would allow Caracas to earn more than $209 billion in revenue and become “an energy powerhouse.” While “everyone knows our country has the biggest oil reserves in the world,” she said, “having resources underground isn’t enough.” She added, according to The Guardian’s translation: “It’s no use having our oil resources underground, only to appear in statistics or bookkeeping.” The deal is good news for the string of U.S. oil refineries on the Gulf coast that were designed for the heavy crude that comes out of Venezuela. As it stands, my colleague Matthew Zeitlin wrote last week, “America’s oil refineries are going all out.”
For all the fears stirred up by Central Intelligence Agency Director John Ratcliffe’s recent surprise visit to Moscow — remember, the last two times an American spy chief went to Russia, it was to try to dissuade the Kremlin from invading Ukraine or commit the first war-time nuclear bombing since World War II — the country doesn’t seem particularly ready to, as The Wall Street Journal reported, risk war with Washington by attacking a North Atlantic Treaty Organization country. Russia’s gasoline production fell to about 70% of domestic consumption levels in August following a series of Ukrainian drone attacks that forced major refineries offline, two industry sources told Reuters.
In June, New York led Northeast states in filing a lawsuit against the Trump administration, challenging the deals the Department of the Interior struck with offshore wind developers to pay out billions in taxpayer-funded “settlements” in exchange for abandoning the already-stalled turbine projects. Now California has filed its own lawsuit over what Attorney General Rob Bonta called the administration’s “blatantly unlawful” buyout of wind leases off the state’s coast. “The Trump administration’s backroom buyout with Golden State Wind to stop offshore wind development in favor of gas and oil drilling is, unfortunately, a classic playbook for them to line the pockets of their Big Oil donors,” Bonta said in a statement. “Let’s be clear: California will continue to aggressively fight back against the Trump administration’s outrageous abuse of taxpayer dollars to abandon offshore wind investments that could have delivered union-paying jobs and reliable clean energy to Californians.” The California Energy Commission, which joined the lawsuit, called the Interior Department’s efforts to curb offshore wind development “reckless” in the face of rising electricity demand. Adding to the malcontent over President Donald Trump’s most fruitful effort yet to kill off a specific clean energy sector that has drawn his ire since before he entered politics, my colleague Robinson Meyer noted earlier this month that the deals — more of which have come since the California settlement — are all for projects that were unlikely to move forward anyway.

Until 1991, the United States produced the majority of the uranium its reactors (and atomic war machine) needed. Then came “megatons to megawatts.” Under the pithily named program, the U.S. took a victory lap after winning the Cold War by agreeing to import virtually any reactor fuel Russia made from disassembled weapons. American power plants received cheap fuel, a chaotically marketizing Russia found a market for some of its most coveted materials, and the world averted nuclear apocalypse. The only problem is that, contrary to the rhetoric of the time, history didn’t end. What nearly did end was domestic production of uranium and reactor fuel as Russian imports put American suppliers out of business. Nearly four decades later, the U.S. has banned Russian imports, and the exemptions to the prohibition end in 2028. The good news is that the U.S. is stepping up. In 2025, uranium concentrate production totaled 2.1 million pounds of triuranium octoxide — the base component for reactor fuel, known as yellowcake. That, according to the latest U.S. Energy Information Administration analysis, is the most since 2017 and more than triple the volume produced in 2024. But it’s still far from enough for energy independence. U.S. power plants used nearly 47 million pounds of yellowcake in 2025, down from just under 56 million pounds in 2024. Regardless of whether all the reactors currently underway move forward, that number is going up. New supply is coming. On Friday, developer Anfield Energy told The Northern Miner that it’s seeking to raise at least $50 million in financing in the coming months to refurbish and reopen Utah’s Shootaring Canyon mill, one of only three licensed, permitted, and constructed uranium mills in the U.S.

The U.S. supply boost could also benefit the United Kingdom, which is working with Washington on spurring along its own nuclear renaissance. A new YouGov poll released Friday found nuclear power to be Britain’s preferred future electricity source, with 21% of Britons saying it should be prioritized, compared to 19% for solar and 18% for offshore wind. Just over half of the voters surveyed doubted renewables alone could provide enough electricity to meet the nation’s power demand and lower costs. That’s despite nearly 50 gigawatts of onshore wind in the development pipeline across Great Britain, according to Renewables Now.
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Britons’ doubts over renewables come as England’s water network heaves under the stress of a severe “flash drought” that Bloomberg said “is showing no signs of easing,” forcing water companies to truck supplies in and call for emergency restrictions. At least 30 million now face a temporary ban on using hoses and outdoor pipes.
Nearly 200,000 households and businesses are still without steady access to running water in Puerto Rico, where drought has collided with an aging aquifer system that leaks, by some estimates, more than half its supply of freshwater. Climate change reduced rainfall in America’s most populous non-state territory by 9% between May and July of this year, according to a new study by more than 20 scientists worldwide. The conclusion, the San Juan-based Centro de Periodismo Investigativo reported, is that drought “will persist and worsen.”
Earlier this month, as my colleague Emily Pontecorvo and I reported, the Trump administration tossed solar manufacturers a lifeline, raising tariffs on imported panel components in a bid to help factories compete with imports after Republicans’ sweeping tax law eliminated the federal incentives for developers to buy American-made photovoltaics. Since then, analysts have debated whether the minimum prices set in the Department of Commerce’s policy are sufficient to spur new investments in the production of solar cells. At least one company is announcing a project. In a post on LinkedIn last week, Oklahoma City-based Nextnova Solar unveiled plans for a 2-gigawatt solar cell factory in its home state. The company expects to bring the facility online in November and begin mass production in March 2027, according to PV Tech, which noted the possibility to expand to 5 gigawatts of annual production sometime in the future.
Meanwhile, the Minnesota-based manufacturer Heliene is preparing for a trial run of panels using American-made glass. The company has 1.3 gigawatts of crystalline silicon module capacity production, and recently formed a partnership to secure more locally sourced wafers and cells. But U.S.-made glass “has so far been a key missing element,” PV Tech reported in a separate story. Heliene’s pilot run will use glass from Ohio-based Stewart Glass. “As U.S. module manufacturing has been growing, there has been no supply of non-iron content glass,” Heliene CEO Martin Pochtaruk told the trade publication. “Being able to use glass versus importing glass is also part of de-risking the geopolitics of imports from Asia, and that’s why it’s so important.”
In the U.S., we are still working our heads around building out a charging network that can comfortably keep electric cars fueled up from coast to coast with the same ease as a vehicle that can just fill up at a gas station. In China, auto giant BYD is now rolling out its ultra-fast chargers, which can restore a vehicle’s battery as quickly as you can fill up a gas tank. Just a few months ago, BYD marked its 5,000th Flash Charger deployment. Now it’s up to 10,000 across 300 different centers, InsideEVs reported last week, cribbing from the Chinese news site IT Home.
And more thoughts on the week’s most notable fights around project development.
1. Pinal County, Arizona – If you can’t build a solar or a wind farm somewhere, it’s really hard to get a data center built there too.
2. St. Joseph County, Indiana – Thousands of miles away from Arizona, a similar division is dominating the fight over whether to enact a 2-year moratorium on data centers in the county home of South Bend.
3. Ingham County, Michigan – The first solar farm fight has been resolved under Michigan’s new renewables siting law.
A conversation with Nevada attorney general Aaron Ford
This week’s conversation is with Nevada attorney general Aaron Ford, the Democratic candidate for governor in the state. His campaign reached out recently asking if I wanted to chat about what he’d want to do on data center and energy policy, which is essentially catnip for a reporter like me. So we hopped on the phone and chatted about his approach to regulation as he seeks to oust the sitting GOP governor Joe Lombardo.
The following conversation was lightly edited and abridged for clarity.
As someone running for statewide office, how do you take into consideration the growing backlash to industrial development? Not just data center development but solar and wind?
I think it's the responsible thing to do and it’s the responsive thing to do to engage in conversation around this issue, understand what people think about it, and try to come up with policies to demonstrate your willingness to accommodate those issues. I’ve been on two statewide tours in the last nine, 10 months all over the state talking to folks. The first time I recall having a conversation about this was at the end of my first statewide tour at the end of last year in a rural county, complaining about a data center coming to a different part of that rural county.
It’s across demographics. Democrats, Republicans, Independents – they’re having concerns about these data centers. They’re swarming into Nevada communities, draining our water, jacking up our energy prices, and using Nevada taxpayer money to do it. So folks have asked for thoughtful consideration on how to do this.
How do you distinguish between the concerns about data centers and the concerns about renewable energy, transmission, maybe even conventional energy sources? Do you separate those conversations or are they all just one big conversation to have?
They’re not mutually exclusive. There are sure to be distinct conversations to be had.
What I have said in my plan is that we’re going to stop the [tax] abatement for future data centers coming here until I can audit the efficacy of these other data centers who’ve received abatements. Joe Lombardo has given out $200 million in abatements and he hasn’t checked to see that they’ve fulfilled their end of the bargain in terms of local hires, their impacts on the environment, and so forth.
What I’m going to do is ensure that [if] they're going to operate here, they’ll have to bring not just their own energy but renewable energy to power their facilities.
If elected, you’d be representing a state that has principal interest in front of the federal government. I’ve been writing about data center development on federal lands including the situation in Boulder City. How do you view engaging with the Trump administration on data center development?
At the outset, what we see happening right now outside of Boulder City is an affront to local control. It’s an affront to a local government and its residents voicing their opposition to a data center and the federal government shouldn’t be able to do an end run around zoning and environmental protections. I’m going to stand up for our sovereignty in that regard. I’ve said time and again that anyone who is serious about improving the lives of Nevadans, this is contrary to that. They are ignoring the will of Nevadans.
When it comes to the situation in Boulder City, what do you think should happen there?
I think the federal government shouldn’t be able to come in and authorize the approval of a data center when the initial authorization was for a solar project. There are two different environmental protection measures that need to be implemented in that regard.
An end run around protections with no notice and opportunity to be heard is tantamount to a coup in this arena. It’s not something that I countenance. I know what I stand for. Certainly I wouldn’t stand by quietly and not do anything.
Walk me through what you want to get done on this topic should you win? What do you want to see the state legislature do?
We’re going to stop the tax abatements, these giveaways to these companies. We need to ensure they’ve lived up to their obligations.
When I’m governor they’re going to have to bring their own clean energy and bring their own water. We live in the desert. We’re going to end evaporative cooling throughout the state.
I’m not new at this. My tenure in public service has been defined by holding public companies accountable. I’ve held them all accountable and I’m going to do the same for data centers should I be elected governor.
My last question for you is about the future. Most conversations happening about data center development are focused on the short term. But five, ten years down the road, where do you think we’re going to end up on this issue?
That’s the real question. Eleven years ago, we had no idea we’d be here. ChatGPT didn’t exist when data centers were first discussed. They were places where the cloud was being held.
So look, we need to have conversations with companies. We need to stay at the forefront of development.We need to stay in conversation with companies to understand where it's going and make sure we’re passing governmental policies that will accommodate the needs of Nevadans. While we can’t predict where we’ll be in five years, we know it won’t look like this today.
We need to be nimble. We need to be responsive. We need to be reactive. Proactive, when we can. All of it at the exact same time.