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The Department of Energy on Tuesday published the results of its long-awaited analysis of the economic and environmental implications of expanding U.S. exports of liquified natural gas. The study was the culmination of a year-long process after President Biden paused approvals of new LNG export terminals in January so that the agency could update the underlying assumptions it uses to determine whether new facilities are in the “public interest.”
Though the resulting assessment stops short of advising against approving new projects, it finds that additional U.S. LNG export terminals beyond what has already been approved would likely raise natural gas prices for U.S. consumers and increase global greenhouse gas emissions.
The main takeaway, according to an accompanying letter penned by the Secretary of Energy Jennifer Granholm, is that “a business-as-usual approach is neither sustainable nor advisable.”
Among its other key findings:
Environmental groups celebrated the outcome. “DOE’s analysis confirms the facts we’ve known for years,” Moneen Nasmith, a senior attorney at Earthjustice said in a statement. “Rampant LNG exports drive up energy prices, contribute to the catastrophic effects of climate change, and delay the global transition to truly clean energy.”
But the gas industry was quick to criticize the findings. In a statement, Karen Harbert, the president and CEO of the American Gas Association, accused the Biden administration of attempting to “justify” the president’s earlier pause on approvals. “The contribution of U.S. natural gas to driving down emissions in this country and the potential for lowering global emissions is unquestioned,” she said.
The transition from coal-fired power plants to natural gas was a major driver of emission reductions in the United States over the last decade. But renewable energy is increasingly a competitive alternative. An analysis of the climate impacts from expanding LNG exports must look not just at whether the fuel would displace dirtier options like coal and Russian natural gas, but also at whether it would displace cleaner options like renewables. The answer depends on which countries end up buying it, and how their climate commitments evolve.
As such, any estimation of greenhouse gas emissions from LNG exports is based on assumptions. Under the Department of Energy’s “defined policies” scenario, it found that additional U.S. LNG exports could end up displacing more renewable energy in other countries than coal, without even factoring in countries’ stated commitments to decarbonize. Overall in this scenario, additional exports would lead to an increase of 711 million metric tons of carbon dioxide between now and 2050.
The rapid acceleration of U.S. LNG exports has not had a discernible effect on U.S. natural gas prices to date. But the Department of Energy finds that “unfettered” LNG exports in the future would put upward pressure on domestic natural gas prices and potentially increase energy costs for U.S. consumers by more than $100 per year by 2050.
Biden’s pause on new LNG approvals was technically overturned in July, when a federal judge found that the administration had overstepped its authority. But two major projects still hang in the balance, the Calcasieu Pass 2 LNG Terminal and the Commonwealth LNG Terminal, both of which would be built in coastal Louisiana. Both projects require approvals from the Federal Energy Regulatory Commission before the Department of Energy can issue a public interest determination.
Although the report published Tuesday is “final,” the administration is opening it up for public comment for 60 days, starting today, to ensure that alternative analyses are captured in the public record and can inform decisionmaking going forward.
In that, the gas industry sees an opening. “We look forward to working with the incoming administration to rectify the glaring issues with this study during the public comment period,” Harbert said in her statement.
During the call on Tuesday, Granholm acknowledged that the future is in the next administration’s hands. “We hope that they'll take these facts into account to determine whether additional LNG exports are truly in the best interest of the American people and economy,” she said.
Editor’s note: This story has been updated to reflect more information from the finished report as well as the DOE’s Tuesday call with reporters.
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Commonwealth Fusion Systems will build it in collaboration with Dominion Energy Virginia.
Commonwealth Fusion Systems, the buzziest and most well-funded company in the increasingly buzzy and well-funded fusion sector, announced today that it will build a commercial fusion power plant in Chesterfield County, Virginia — a first for both the company and the world. CFS will independently finance, build, own, and operate the 400-megawatt plant, which will produce enough energy to power about 150,000 homes sometime “in the early 2030s.”
All this will happen in collaboration with Dominion Energy Virginia, which serves electricity to more than 2.7 million homes and businesses. While Dominion isn’t contributing monetarily, it is providing CFS with the leasing rights for the proposed site, which it owns, as well as development and technical expertise. The plant itself will cost billions to develop and build.
“While a utility partnership is not a requirement for this type of project, we ultimately see utilities playing a critical role as key customers and future owners of fusion power plants,” a CFS spokesperson told me via email. “Collaborating and sharing expertise allows CFS to accelerate its development efforts while equipping Dominion with valuable insights to inform future commercial decisions and strategies.”
The company told me that after a global search, the decision to site the plant in Virginia came down to factors such as access to infrastructure, site readiness, the local workforce, potential partnerships, state support for the clean energy transition, and customer interest. Virginia is also the world’s biggest market for data centers, a booming industry in dire need of clean, firm energy to power it given the growing energy demands of artificial intelligence. The spokesperson wrote, however, that data center power demand was “only a part of the decision criteria for CFS.”
Commonwealth Fusion Systems has raised over $2 billion in funding to date, including a historically huge $1.8 billion Series B in 2021, which cemented the company as the industry leader in the race to commercialize fusion. The spokesperson told me that construction of the grid-connected commercial plant, known as ARC (an acronym for “affordable, robust, compact”), isn’t expected to begin until the “late 2020s,” once the necessary permits are in place. Prior to building and operating ARC, CFS will demonstrate the technology’s potential via a smaller, noncommercial pilot plant known as SPARC (“smallest possible ARC”), which is scheduled to be turned on in 2026 and to produce more energy than it consumes, a.k.a. demonstrate net energy gain, in 2027. (SPARC will be built at the company’s headquarters outside Boston, Massachusetts.)
Of course, producing electricity from a first-of-its-kind fusion plant will not come cheap, though the company assured me that Virginia customers will not see this higher price reflected in their utility bills. That’s because while CFS plans to sell the electricity ARC generates into the wholesale energy market, the company is also in discussions with large corporate buyers interested in procuring the environmental benefits of this clean energy via long-term, virtual power purchase agreements. That means that while these potential customers wouldn’t receive the literal fusion electrons themselves, they would earn renewable energy credits by essentially covering the cost of the more expensive fusion power. “The intention is that these customers will pay for the power such that other Virginia customers will not be impacted,” the spokesperson told me.
CFS claims that when the time comes, connecting a fusion power plant to the grid should be relatively straightforward. “From the perspective of grid operators, it will operate similarly to natural gas power plants already integrated into the grid today,” the spokesperson wrote. That sets fusion apart from other clean energy sources such as solar and wind, which often languish in seemingly endless interconnection queues as they await the buildout of expensive and contentious transmission infrastructure.
Naturally, CFS is not the only player in the increasingly crowded fusion space aiming to commercialize as soon as possible. If fusion is to play a significant role in the future energy mix, as many experts think it will, there will almost certainly be multiple companies with a variety of technical approaches getting grid-connected. But there’s got to be a first. As Ally Yost, senior vice president of corporate development at CFS, put it to me when I interviewed her this summer, “One of the things that’s most exciting about working here and working in this space is that we are simultaneously building an industry while building a company.”
It’s tough to generate enough power to make them worth it, but two new companies are trying.
Here’s something to chew on over the holiday break: The top of a car is wasted space. Sure, you can put a sunroof there to let in a little light and breeze or install a roof rack to take your surfboard to the beach. But for the most part, the roof is just a field of metal to keep the elements out of the cabin.
In an electric vehicle, that square footage could have a job. What if solar panels embedded in the roof generated juice to recharge the battery as the car flies down the highway or sits in the middle of a parking lot, blasted by the summertime sun? It’s an idea that’s starting to get more traction. It’s about time.
The idea of a car slathered in solar panels is well-worn territory. For decades, engineers have staged solar car races such as the World Solar Challenge, contested by vehicles running solely on sun power. It takes a lot of real estate to generate enough solar energy to move something as heavy as a car, though. That is why solar challenge competitors are often stripped-down, super-lightweight pods.
The question for a commercial car is, can embedded solar produce enough energy to make it worth the trouble and expense? A few, like the Lightyear One concept vehicle, have dared to try. Aptera keeps trying to sell the solar car. Among real production EVs, the doomed Fisker Ocean offered a solar roof on its most expensive version. Toyota’s Prius Prime plug-in hybrid offers a solar roof as an add-on. In some places around the world, the popular Hyundai Ioniq 5 comes with enough solar capability to add 3 miles of range per day.
EV solar hasn’t caught on in the mainstream, however. The world’s top EV maker, Tesla, has long been standoffish about the idea. When CEO Elon Musk is asked about EVs with solar, as he was on the Joe Rogan Experience podcast in 2023, he typically dismisses the idea. After Rogan pressed him, Musk estimated that a square meter of PV would be exposed to just 1 kilowatt of energy and could probably only harvest 25% of that, a tiny contribution that’s nowhere near what you’d need to push a Tesla down the road. (Modern DC fast-chargers discharge energy in the hundreds of kilowatts.)
In other words, what solar panels on a car could harvest amounts to a drop in the bucket. But if you leave out enough buckets for long enough, those drops eventually add up to something. For example: At the same time he was pooh-poohing car solar, Musk acknowledged the promise of a kind of fold-out system, something that unfurled like a satellite to expose a large surface area of PV. Imagine those backcountry panels you can fold out at a campsite to harvest solar power for charging your phone, scaled up.
Los Angeles-based DartSolar is trying to sell just that. The startup has begun offering a package of solar panels that can sit on the roof of an EV just like that big Thule roof box riding on the top racks of so many Subarus. When closed, just two of the six available solar panels are exposed, gathering up to 320 watts of energy as the car drives or sits in an outdoor parking stall. Find yourself at a campground, the beach, or anywhere else there’s room for the package to expand, then all six panels can start generating electricity at a maximum of 960 watts, or nearly a kilowatt.
The company claims that you could add 10 to 20 miles of driving range per day this way, which is nothing to sneeze at. It’s like a green range extender that just lives on top of your car and, at 87 pounds, doesn’t weigh so much that it’s killing your mileage. But it’s not exactly cheap: DartSolar says the package will ultimately cost around $3,500, meaning it would take quite a while to recoup the upfront from free solar energy, even if the system does qualify for some incentives.
Another startup, GoSun, offers a slightly different take on the same idea. Instead of expanding into a flat plane of PV, its panels cascade from the roof down the front and back to gather up to 30 miles of range per day. GoSun promises to deliver in 2025 for about $3,000.
Of course, the smartest way to power your EV with solar is to put PV on the roof of your home, a place with much fewer square footage and weight constraints than the surface of a vehicle. But as solar continues to get more efficient, it will make less and less sense to ignore the real estate on a car. After all, every watt of extra energy from the sun is one you don’t have to get somewhere else.
On a long-awaited study, PG&E’s loan, and Germany’s snap elections
Current conditions: A 7.3-magnitude earthquake caused major damage on the Pacific island of Vanuatu • Oil from damaged tankers is washing up on Russian beaches after a storm in the Black Sea • Hot, dry, and windy weather returns to parched Southern California.
The Department of Energy’s study on liquefied natural gas exports could drop as soon as today, but we might already know what’s in it thanks to an accompanying letter written by Energy Secretary Jennifer Granholm and obtained by The New York Times. The key takeaways:
The study reportedly stops short of saying that more LNG shipments are not in the public’s best interest and therefore should be banned. President Biden halted new LNG export licenses in January until the DOE could complete its analysis. President-elect Trump has promised to resume export terminal approvals.
More from the DOE: The Loan Programs Office this morning announced a conditional loan commitment of up to $15 billion for Pacific Gas & Electric Company’s Project Polaris. The project “will support a portfolio of projects to expand hydropower generation and battery storage, upgrade transmission capacity through reconductoring and grid enhancing technologies, and enable virtual power plants throughout PG&E’s service area,” the DOE said. This is the largest loan in the history of the LPO, and the office plans to finalize it before the end of President Biden’s term, according toThe Wall Street Journal.
DOE
Permitting reform is officially off the table. Sens. Joe Manchin and John Barrasso had hoped some version of their bipartisan bill to help speed new energy infrastructure would be included in Congress’ must-pass final agenda items for the year, but alas, it won’t. Politico’s Joshua Siegel reported that Manchin “conceded” yesterday on the issue after tense partisan disagreements – over things like who should be able to take advantage of loosened rules, and how local environments and communities would be protected – proved too difficult to overcome. “It’s a shame that our country is losing this monumental opportunity to advance commonsense, bipartisan permitting reform,” Manchin said in a statement.
Somewhat relatedly, the DOE narrowed (from 10 down to three) its list of potential “National Interest Electric Transmission Corridors,” or regions especially in need of energy transmission upgrades. They are:
A NEITC designation would allow the government to speed up grid expansion projects in these regions and provide federal funding. “A lack of transmission infrastructure can directly contribute to higher electricity prices, more frequent power outages from extreme weather, and longer outages as the grid struggles to come back online,” the Department explained in its announcement. A comment period on the three suggested corridors will now begin and extend into the next administration.
The Supreme Court yesterday dismissed a constitutional challenge from 17 Republican-led states against California’s long standing right to make its own clean air rules. The state has had a waiver since the 1960s to set its own vehicle emission standards, so long as they meet or go beyond the national standards. And its rules have been really effective at reducing pollution from cars in the Los Angeles area. Ohio and 16 other states were petitioning the Court, arguing that California was being treated differently than other states and that “the Golden State is not a golden child.” The dismissal “closes the door on a constitutional challenge to California’s anti-pollution standards,” the Los Angeles Timesexplained, but other challengers – including the oil and gas industry – are exploring other legal routes.
German Chancellor Olaf Scholz yesterday lost a confidence vote in parliament, triggering snap elections to be held in February. The turmoil will have ramifications for energy and climate policy in Europe’s largest economy. Sholz’s coalition government “made significant progress in key policy areas, such as renewables expansion,” reportedClean Energy Wire. It also committed Germany to emissions reductions in line with the Paris Agreement. But a new government will have other things on its mind, especially as unemployment is high, energy prices remain elevated, and struggling industry heavyweights like Volkswagen and auto parts supplier Bosch are resorting to massive layoffs. Meanwhile, a scramble is also underway in France to form a government after the previous one failed a no-confidence vote two weeks ago. “The EU as a whole is affected” by these political instabilities, reported the BBC, and everything from global climate policy to the war in Ukraine could feel the impacts.
A rapid study from Imperial College London finds that human-caused climate change intensified Tropical Cyclone Chido from a Category 3 storm to a Category 4 storm. The cyclone devastated the French territory of Mayotte over the weekend.