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Is the East Coast’s most abundant source of renewable energy too expensive?
You may have heard about the problems offshore wind projects are having with whales — specifically the coalition of coastal homeowners, right-wing advocacy groups, the fishing industry, and Tucker Carlson that’s been promoting speculative claims about turbines killing them. But opposition to renewable energy is nothing new. A much bigger problem for offshore wind is less TV-friendly, but much more serious: It’s more expensive than originally thought.
Up and down the East Coast and even in Britain, offshore wind projects have been delayed or even cancelled thanks to costs rising faster than expected.
Until this summer, offshore wind had seem primed for a big breakout. The Biden White House has set a goal for 30 gigawatts of offshore wind by 2030. Many states, especially in the Northeast, are also relying on offshore wind to do much of the work decarbonizing their electric grids. With ample coastline and relatively little open space compared to the wind corridor of the Great Plains, these states envision large offshore wind sites delivering about a gigawatt of power from massive turbines that are far enough away to be hardly visible from the shore but close enough to major population centers to avoid some of the interconnection and transmission issues that plague renewable development.
Yet instead of a breakout, there’s been a constriction.
Just this week, the utility Rhode Island Energy pulled the plug on its Revolution Wind II project, a planned 884-megawatt wind farm that could have powered 500,000 homes. It only attracted a single bidder, a joint venture between Orsted and Eversource.
In Massachusetts, the companies behind Commonwealth Wind, a planned 1,200 megawatt project, asked in December to get out of a power purchase agreement with state utilities, citing higher costs. This week the companies agreed to pay $48 million in termination penalties.
New Jersey legislators passed a bill earlier this month to direct federal tax credits to Orsted, the developer of its Ocean Wind I project, leading the developer of another wind project to ask for “an industry-wide solution,” saying that “[t]ens of thousands of real, well-paid and unionized jobs are at risk. Hundreds of millions in infrastructure investments will be forgone without a path forward.”
And in New York in June, offshore wind developers, responsible for over 4,000 megawatts worth of planned projects, petitioned the state’s Public Service Commission for more money, citing inflation.
This is a lot of lost capacity. Amazingly, there are still only two operational offshore wind projects in the United States, adding up to just 42 megawatts — about 0.14% of what the Biden administration wants installed by the end of the decade and less than 2% of the offshore wind capacity of Belgium. The American Clean Power Association estimated in May there were 50 gigawatts worth of projects in some stage of development, albeit with a small fraction actually under construction and the majority in “early development.” But now that pipeline has gotten a little longer and a lot more expensive.
“I’m actually pretty concerned over some of the cost dynamics that we’ve seen in terms of longer term impacts in terms of pace and scale we can deploy,” Allegra Dawes, a fellow at the Center for Strategic and International Studies, told me.
Rhode Island Energy said the bid for its Revolution Wind II project would not “reduce energy costs," essentially meaning what the utility would have to charge its customers to pay for the construction wouldn’t ultimately be worth it. Rhode Island Energy specifically cited “[h]igher interest rates, increased costs of capital, and supply chain expenses, as well as the uncertainty of federal tax credits” as “all likely contribut[ing] to higher proposed contract costs. Those costs were ultimately deemed too expensive for customers to bear.”
The surge in costs has put developers into a difficult spot, explained Dawes. “They look at projects and the agreed upon price and are not seeing a path to profitability.”
While Orsted, the project developer for the cancelled Rhode Island project (and several other East Coast wind projects), was optimistic about the deal earlier this year, its executives have been clear-eyed that the industry has seen costs go up.
“We believe that generally we are operating in an industry which is clearly realizing that the conditions have changed both in terms of cost of capital and the Capex inflation,” Orsted’s Chief Executive Mads Nipper said in the company’s May call with analysts. The company's Chief Financial Officer Daniel Lerup further warned, “It is our clear expectation that we will see prices go up in the coming auctions.”
Analysts and the industry have blamed a bevy of factors for costs growing. Higher interest rates drive financing costs up. There’s also the higher costs for materials like steel, which wind developers blamed both on generalized inflation and specifically the Russian invasion of Ukraine, which led to price spikes across all sorts of commodities.
Last year, major wind turbine manufacturers hiked their prices, which Commonwealth Wind blamed in a December filing to get out of an agreement with the Massachusetts utilities that would buy power from its wind project.
“The prolonged war in Ukraine has unsettled markets and increased costs for many products, inflation has been persistent, interest rates have increased in a manner unprecedented in recent times, commodity prices have risen sharply, and supply shortages and supply-chain constraints once thought to be temporary remain pervasive ... Simply put, it is now far more expensive to construct the Project than could have been reasonably foreseen even earlier this year,” Commonwealth Wind said in its December filing.
The cost issues were so dramatic that the companies were willing to pay some $48 million in fees. But that doesn’t mean that ratepayers are out of the woods. The companies are expected to re-bid on the projects at a higher price.
These problems aren’t distinct to the East Coast. The Swedish energy company Vattenfall said Thursday it was cancelling a planned wind project in the North Sea due to 40 percent cost increases. “Higher inflation and capital costs are affecting the entire energy sector, but the geopolitical situation has made offshore wind and its supply chain particularly vulnerable,” its chief executive Anna Borg said in in the company’s interim financial report.
None of this bodes well for the future of offshore wind. Thanks to larger turbines and stronger winds, offshore windfarms tend to produce more of their potential power than onshore wind or solar, but building them is also more logistically complicated and expensive. They thus require hefty financing — Vineyard Wind, for example, secured a $2.3 billion construction loan in 2021 — and can be quite sensitive to the cost of financing, i.e. interest rates.
If offshore windfarms can't show how they‘ll eventually recuperate these investments, coastal areas around the world may lose a vital source of renewable energy — or their residents will pay the price.
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For a while First Solar looked like a “Liberation Day” winner. Now its first quarter results suggest otherwise.
When Donald Trump unveiled his now-infamous chart of “reciprocal” tariffs, most of the stock market shuddered — but there were a few exceptions,including the American solar manufacturer First Solar. While the market in the days following “Liberation Day” was on a hunt and destroy mission for stocks of renewables companies known to be heavily exposed to Asia or independent power producers, First Solar stayed roughly flat.
It’s not flat anymore. The company reported first quarter earnings on Tuesday that were short of analysts’ expectations and lowered its expected revenue and profit for the rest of the year citing disruptions from tariffs. The stock has fallen more than 9% on Wednesday, and is down a third so far this year.
“While FSLR” — a.k.a. First Solar — “is the US solar manufacturing bellwether, they are not immune to the far-reaching tariff environment,” Andrew Perocco, a Morgan Stanley analyst, wrote in a note to clients. He also estimated that almost half of First Solar’s manufacturing capacity is in Asia.
The company’s sobering results and warnings about how tariffs could affect their business is a sign that the entire green energy business is likely at risk from uncertain trade policy, even the companies thought to be insulated.
First Solar and other companies’ tariff-affected financial results also show that the Inflation Reduction Act has only been partially successful at boosting American production of green energy technology, and that the country’s green industries are still deeply intertwined with Asian and Chinese production.
“We had been expecting negative effects from tariffs for First Solar, but the impact was greater than we expected,” Brett Castelli, an analyst at Morningstar, wrote in a note to clients.
First Solar chief executive Mark Widmar said that the uncertainty about the reciprocal tariffs — set to back into effect in July absent new trade deals — “has created a challenge to quantifying the precise tariff rate that would be applied to our module shipments into and beyond the second half of this year.”
Widmar said the company expects to move its manufacturing facility in India “away from exports to the U.S.,” and instead will have it produce solar panels for the domestic Indian market. Its factories in Malaysia and Vietnam may see reduced production due to “potentially reduced U.S. demand environment for non-domestic product.”
Widmar also called out the ever-evolving policy around Chinese solar imports into the United States. Solar panels from China itself, as well as four Southeast Asian nations face punitive import duties as high as 3,521% after the federal government determined Chinese companies were “dumping” panels on the U.S. market and trying to circumvent tariffs by moving production to neighboring countries. Widmar said there had been a “surge” of cells and modules from Laos and Indonesia.
“We have no doubt that these Chinese manufacturers are also seeking to establish production and other regions around the world, such as Saudi Arabia, forcing us into a continued game of whack-a-mole,” Widmar said.
Several analysts downgraded the company, with Jefferies analyst Julien Dumoulin-Smith writing in a note to clients that there were questions about “about the profitability of its core business.”
That the tariffs have affected First Solar, long held out as a kind of American solar manufacturing national champion, bodes poorly for much of the rest of the renewable industry, which is still often tightly linked to Asian nations and especially China.
There have been some hints that there’s no safe ground from tariffs in the U.S. clean energy industry. The most vertically integrated green technology company in the United States, Tesla,has flagged repeatedly to investors and the public that it’s at risk from tariffs, whether for certain parts of its cars or, especially, for its stationary storage batteries — which, like much of the rest of the storage industry, relies on a Chinese supply chain.
“Given the majority of the [battery electric storage systems] components with some dependency on Chinese supply chain, solar-plus-storage projects in particular may face significantly increased costs,” Widmar said. Morgan Stanley’s Perocco described Widmar’s comments on solar-plus-storage as a “negative read-through for other utility-scale solar and storage exposed stocks,” such as Array Technologies, Shoals Technology Group, and Fluence. Array and Shoals are down 10% and 3% respectively, while Fluence is about flat on the day.
Spinning turbines have it, but solar panels don’t.
Spain and Portugal are still recovering from Monday’s region-wide blackout. The cause remains unknown, but already a debate has broken out over whether grids like Spain’s, which has a well-above-average proportion of renewables, are more at risk of large-scale disruptions.
At the time of the blackout, Spain’s grid had little “inertia,” which renewables opponents have seized on as a reason to blame carbon-free electricity for the breakdown. If the electricity system as a whole is a dance of electrons choreographed by the laws of electromagnetism, then inertia is the system’s brute force Newtonian backup. In a fossil fuel-powered grid, inertia comes from spinning metal — think a gas turbine — and it can give the whole system a little extra boost if another generator drops off the grid.
Solar panels, however, don’t spin. Instead, they produce direct current that needs to be converted by an inverter into alternating current at the grid’s frequency.
“If a power plant goes out, that frequency starts to drop a little bit because there’s an imbalance in the power between supply and demand, and inertia provides a little bit of extra power,” Bri-Mathias Hodge, an electrical and energy engineering professor at the University of Colorado and a former chief scientist at the nearby National Renewable Energy Laboratory, explained to me. Inertia, he said, “just gives a little bit more wiggle room in the system, so that if there are big changes, you can sort of ride through them.”
Of course, blackouts happen on grids dominated by fossil fuels — the 2003 Northeast Blackout in the U.S and Canada, for example, which plunged several states and tens of millions of people into darkness. Even on renewable-heavy grids, blackouts can still come down to failures of fossil fuel systems, as with Texas’ Winter Storm Uri in 2021, when the natural gas distribution system froze up. Much of the state had no electricity for several days amidst freezing temperatures, and over 200 people died.
But Bloomberg’s Javier Blas was nevertheless fair to the Iberian blackout when he bestowed on it the sobriquet, “The first big blackout of the green electricity era.”
Spain has been especially aggressive in decarbonizing its power grid and there’s some initial evidence that the first generators to turn off were solar power. “We started to see oscillations between the Iberian Peninsula and the rest of the European power grid, and this generally means that there’s a power imbalance — somebody’s trying to export power that they can’t, or import power that they can’t because of the limits on the lines,” Hodge told me. “The reason why people have gone on to say that this is a solar issue is because where they’ve seen some of those oscillations and where they saw some of the events starting, there are a couple large solar plants in that part of southwestern Spain.”
While Spanish grid and government officials will likely take months to investigate the failure, we already know that Spain and Portugal are relatively isolated from the rest of the European grid and rely heavily on renewables, especially solar and wind. Portugal has in the past gone several days in a row generating 100% of its power from renewables; Spain, meanwhile, was boasting of its 100% renewable generation just weeks before the blackout.
Last week, Spanish solar produced over 20,000 megawatts of power, comprising more than 60% of the country’s resource mix. Spain’s seven remaining nuclear reactors — which still provide about a fifth of its electric power — are scheduled to shut down over the next decade (though officials have indicated they might be open to extending their life), while its minimal coal generation is scheduled to be retired this year.
“Spain and Portugal have been relatively early adopters of wind and solar power. The Iberian Peninsula is actually relatively weakly connected to the rest of Europe through France. And so that’s one of the tricky parts here — it’s not as well integrated just because of the geography,” Hodge said.
The disturbances on the grid started on the Spain-France interconnection, but a European power official told The New York Times that transmission issues typically don’t lead to cascading blackouts unless there’s some major disturbance in supply or demand as well, such as a power plant going offline.
Spain’s grid had issues before Monday’s blackout that can be fairly attributed to its reliance on renewables. It often has to curtail solar power production because the grid gets congested when particularly sunny parts of the country where there’s large amounts of solar generation are churning out power that can’t be transmitted to the rest of the country. Spain has also occasionally experienced negative prices for electricity, and is using European Investment Bank funds to help support the expansion of pumped-hydro storage in order to store power when prices go down.
On Monday afternoon, however, solar power dropped from around 18,000 megawatts to 8,000, Reuters reported. At the time the blackout began, the grid was overwhelmingly powered by renewables. Spanish grid operator Red Electrica said it was able to pinpoint two large-scale losses of solar power in the southwestern part of the country, according to Reuters.
That a renewables-heavy grid might struggle with maintaining reliability thanks to low inertia is no surprise. Researchers have been studying the issue for decades.
In Texas — which, like Spain, has a high level of renewable generation and is isolated from the greater continental grid — the energy market ERCOT has been monitoring inertia since 2013, when wind generation sometimes got to 30% of total generation, and in 2016 started real-time monitoring of inertia in its control room.
That real time monitoring is necessary because traditionally, grid inertia is just thought of as an inherent quality of the system, not something that has to be actively ensured and bolstered, Hodge said.
As renewables build up on grids, Hodge told me, operators should prepare by having their inverters be what’s known as “grid-forming” instead of “grid-following.”
“Right now, in the power system, almost all of the wind, solar, battery plants, all the inverter-based generation, they just look to the grid for a signal. If the grid is producing at 60 Hertz, then they want to produce 60 Hertz. If it’s producing at 59.9, then they try to match that,” Hodge said. This works when you have relatively low amounts of [renewable generation]. But when [renewables] start to become the majority of the generation, you need somebody else to provide that strong signal for everybody else to follow. And that’s sort of what grid-forming inverters do,” he said.
Grid-forming inverters could hold back some power from the grid to provide an inertia-like boost when needed. Right now, the only sizable grid outfitted with this technology, Hodge said, is the Hawaiian island of Kauai, which has a population of around 75,000. Spain, by contrast, is home to nearly 50 million.
The other key technology for grid-forming inverters to provide stability to a power system is batteries. “Batteries are actually the perfect solution for this because if you have a battery system there, you know most of the time it’s not producing or charging and totally full output or input. So the vast majority of time you’re going to have some room to sort of move on in either direction,” Hodge said.
But this requires both technology and market structures that incentivize and allow batteries to always be ready to provide that instantaneous response.
“The entire stability paradigm of the power grid was built around this idea of synchronous machines,” Hodge told me. “And we’re moving toward one that’s more based on the inverters, but we’re not there yet. We have to fix the car while we’re driving it. We can’t turn off the grid for a couple years and figure everything out.”
Current conditions: Dangerous flash flooding could hit the south-central United States today, with some areas facing the potential for 8 inches of rain in 12 hours • The U.N. is warning countries in Northwest Africa that weather conditions are favorable to locust swarms• Temperatures in parts of Pakistan today will approach 122 degrees Fahrenheit, the global record for April.
After 100 days in office, President Trump has the lowest job approval rating of any president at this point in their tenure in the past 80 years. “Chaos, uncertainty, ‘we don’t know yet.’ These are words I’ve heard more during Donald Trump’s first 100 days back in the White House than I’ve heard at any other time as a reporter,” my colleague Emily Pontecorvo writes for Heatmap (something I can vouch for, too). From his slashing of the federal workforce to regulatory rollbacks to his unpopular tariffs and targeted attacks on “climate” in every form, Trump is reshaping the economic and policy environment from the top down.
Emily put together five charts yesterday to help visualize the impact of Trump’s second term to date. Some of the most striking takeaways include:
You can read Emily’s full story — with charts! — here.
Emily also reviewed the first draft of the House Transportation and Infrastructure Committee’s budget, which was released on Tuesday. “Remember, the name of the game for Republicans is to find ways to pay for Trump’s long list of tax cuts,” she writes. In the proposed budget, the Transportation Committee puts forward one new revenue-generating program — an annual fee of $200 on electric vehicles and $20 on conventional gas-powered cars to pay into the Highway Trust Fund — plus a list of “rescissions” of unobligated funds from the Inflation Reduction Act. That list includes efforts to claw back more than $1.7 billion for improving the efficiency of government buildings, as well as whatever remains of the $3.2 billion allocated to the Federal Highway Administration to promote improved walkability and transportation access, along with five other key IRA grant programs. But “this is just a first pass,” Emily reminds us, “and this is all subject to change.”
COP30 President André Corrêa do Lago warned that as the U.S. retreats from the fight against global warming, it will become increasingly difficult to persuade other countries to commit to the energy transition. Speaking at the BloombergNEF Summit in New York, approximately six months out from COP30 in Belém, Brazil, Corrêa do Lago stressed that “There is obviously some that say ‘God, how am I going to convince my people to lower emissions when the richest country isn’t doing the same.’”
It is unclear what sort of delegation the U.S. will send to COP30, given the Trump administration’s severing of global climate research and its exit from the Paris Climate Agreement. China, meanwhile, has announced its intention to commit to stricter climate goals ahead of the November meetings in Brazil. “China is demonstrating an absolute conviction that it's the right way to go,’’ Corrêa do Lago said.
Ford’s director of electrified propulsion engineering announced on LinkedIn that the company has made a significant breakthrough in battery technology, the Detroit Free Press reports. “This isn’t just a lab experiment,” the director, Charles Poon, wrote. “We’re actively working to scale [Lithium Manganese Rich] cell chemistry and integrate them into our future vehicle lineup within this decade.” LMR replaces commonly used nickel and cobalt with manganese, which Poon says costs less and helps approach “true cost parity with gasoline vehicles” as well as “higher energy density” that “translates to greater range, allowing our customers to go further on a single charge.”
Many companies have made advances in LMR, which is not a new technology, but Ford clarified in comments to the Free Press that it has overcome some of the technical challenges of LMR, like voltage decay, while “not sacrificing energy density.” Still, Ford was short on details, leaving some skeptical of the supposed revolution in battery technology. Sam Fiorani, vice president of global vehicle forecasting at AutoForecast Solutions, thinks Ford “found a workaround, but this is far from a breakthrough,” according to Autoevolution. “However, such efforts are welcome as carmakers try to push the envelope of current battery technology.”
The largest bank in Canada, the Royal Bank of Canada, announced on Tuesday that it is “retiring” its sustainable finance goals and will not disclose its findings on how its high-carbon energy financing compares with its low-carbon energy financing, according to the Canadian Press. Per RBC, the move is due to regulatory changes, including Canada’s Competition Act, which was designed to prevent corporate greenwashing by requiring climate reporting to be backed by internationally recognized measures,The Globe and Mailexplains.
By backing off its target, RBC is abandoning a $500 billion commitment to sustainable finance this year. The bank previously exited the Net-Zero Banking Alliance, a global initiative spearheaded by Mark Carney, who was elected to a term as prime minister earlier this week. While “campaigners worry banks are seizing on a shift in the political climate, particularly under U.S. President Donald Trump, to dilute commitments to act quickly on decarbonising their portfolios” — per Reuters — RBC said it has not abandoned its intentions of addressing climate change and that it should be considered the “bank of choice” for the energy transition.
A startup in Switzerland is installing removable solar panels in the unused space between train tracks. The company, Sun-Ways, says that if it installs panels across the entire 3,300 miles of the Swiss rail network, it could generate one billion kilowatt-hours of solar power per year, equivalent to approximately 2% of the nation’s electricity needs.