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Decarbonizing the global economy requires replacing stuff that emits carbon dioxide with stuff that doesn’t. At its heart, this challenge is financial: All these high-emitting assets ― coal plants, gas stoves, airplanes ― were at some point financed into existence by investors seeking returns. Climate policymakers’ greatest challenge is not just figuring out how to phase out existing, dangerous capital investments in fossil fuels, but also how to finance into existence new, climate-stabilizing clean assets.
This is all much easier said than done. Central banks’ high interest rates are strangling clean energy and adaptation infrastructure investments in the United States and abroad. Recent struggles to develop offshore wind and small modular nuclear reactors in the United States exemplify how deeply hesitant private developers are to commit to long-term capital expenditures. Investors view these projects as too risky, their expected profits too low to meet their minimum return thresholds. Absent policies to stabilize supply chains and other factors affecting the financing environment for clean energy, the United States ― to say nothing about the rest of the world ― won’t meet its climate goals.
The Inflation Reduction Act is, to its credit, a paradigm-shifting attempt to finance better, cleaner stuff. One of the most potentially transformative initiatives in the IRA is, in fact, financial: the Greenhouse Gas Reduction Fund offers $27 billion in startup capital to state green banks, community development financial institutions, and nonprofits to lend to decarbonization projects primarily in vulnerable communities.
By any standard, the GGRF is an incredible infusion of cash into nascent sectors that might otherwise be neglected by mainstream investors, including community-scale renewable energy and building weatherization. Most of that cash was awarded in early April, including $14 billion divided among three separate clean energy financing coalitions made up of green banks, impact investors, and CDFIs; and $6 billion divided among various technical assistance providers for project development in low-income areas. GGRF funding recipients can use their awards to finance all kinds of community improvements ― not just through grants, but also through debt and equity. In the process, they will make a market for investments in local climate mitigation and resilience, particularly in vulnerable communities.
The GGRF is about more than simply using this seed funding to make private projects profitable. The truth is, there aren’t that many private investors rushing to structure local decarbonization projects ― not even because they don’t want to enter these market segments, but because they’re really just too busy to try anything unconventional. Some markets, like those for rooftop solar assets, are fairly standardized and liquid, insofar as investors can tranche and trade rooftop solar loans like government bonds or mortgages.
But the nascent markets for many other kinds of mitigation and resilience investments like home retrofits are illiquid. Making them liquid — and getting investors interested — requires GGRF awardees to underwrite, structure, and sequence project development themselves. They must set lending guidelines, standardize financial products, and create architectures for risk management where none exist.
If GGRF recipients build up significant financial and legal capacities to finance community decarbonization, not to mention the technical and regulatory expertise needed to coordinate state and federal funding sources in the process, then they will position themselves to help alleviate significant constraints on the flow of financing toward local decarbonization projects. This is how the IRA promises state and local governments the chance to provide unprecedented liquidity to green investments.
Cities and states currently get the liquidity they need to fund most of our public infrastructure and services through the American municipal bond market. Why not use this market to finance decarbonization, too?
It’s a good idea — except that municipal bond markets are dysfunctional. Cities and states rely heavily on private banks to structure their municipal bonds and sell them to private investors, and on credit rating agencies to certify them; these dependencies have historically forced local governments to tailor their bond issuances to the interests of a few private buyers, which are skewed against spending on longer-term priorities with lower expected returns.
Borrowing big is more often punished than rewarded, especially where governments already have smaller tax bases and less borrowing capacity. In 2018, the rating agency Moody’s downgraded Jackson, Mississippi on account of its “financially stressed” water system and its residents’ low average incomes, raising the city’s future cost of borrowing on bond markets. Last year, its water system spiraled into crisis on account of severe underinvestment, leading to a foregone conclusion: At a time when Jackson, a predominantly black city, needed more low-cost, long-term investment to fix its infrastructure, its government was structurally unable to raise enough of it.
Increasingly frequent climate disasters will set in motion the same process again and again across the country. Greater perceived climate risks are increasing municipal borrowing costs and insurance premiums, thereby driving investment away from vulnerable areas, preventing communities from investing in adaptation and resilience, and increasing their future vulnerability. Proactive disaster prevention policy requires breaking this financial doom loop.
It doesn’t help that municipal bonds are a volatile asset class, seeing sharp price drops and prolonged sell-offs during periods of market uncertainty and, lately, rapid interest rate hikes. Their dependence on risk-averse private buyers is a primary culprit. Indeed, private investors’ muni bond fire sales at the start of the pandemic nearly broke this market. Had it not been for the Federal Reserve’s emergency creation of the Municipal Liquidity Facility, which committed the Fed to buying muni bonds that no other investor wanted to hold, cities and states would not have been able to fund crucial social and community services, pay employees, and undertake necessary capital investments. The mere announcement of this backstop program preserved cities’ ability to raise debt during the first phase of the pandemic, but Congress forced it to wind down at the end of 2020.
That’s a shame: Absent this kind of backstop for public bond markets to stabilize local governments’ long-term borrowing costs, policymakers literally cannot secure the liquidity they need to keep their climate promises. There really is no way to flood-proof New York, storm-proof Miami, summer-proof Amtrak, or manage wildfire out West without the long-term public debt finance that would allow states and cities to spend responsibly and consistently on resilience.
This is a problem not just for long-term adaptation and resilience investments, but also for the mitigation investments the IRA is designed to facilitate. Considering that green banks, state financing authorities, and public-sector power developers will have to issue considerable amounts of debt to accelerate the deployment of renewable energy ― and especially because no comprehensive decarbonization program can neglect public housing or schools, which finance themselves via municipal bonds ― state and federal policymakers should not let their investment priorities fall victim to the whims of our illiquid, volatile public debt markets.
Where climate mitigation is concerned, there are some provisions of the IRA that demonstrate how rewiring the financial system to power decarbonization works in practice. Tax credits that pump a functionally unlimited amount of money into private and public clean energy development allow developers to take on more debt at better terms, facilitating greater investment. (Bonus tax credits for investments in disadvantaged communities should help mitigate against geographic biases, too.) And expanded lending authority at the Department of Energy makes financing higher-risk, longer-term decarbonization investments of all kinds vastly less expensive. The United States has seen over $200 billion in new decarbonization investments in the past year, suggesting that, despite the lack of finalized regulations on tax credit financing and “chaining,” a set of provisions that could allow public and nonprofit entities to engage in tax credit financing of private projects, the Biden administration’s political down payment on decarbonization is already paying off.
Not in every sector, though. Private investors are fickle, risk-averse, and face considerable restrictions on where they can put direct money. The developers they finance, particularly those behind the most ambitious decarbonization projects, are under similar pressures. As Ørsted, the world’s leading offshore wind developer, retreats from projects in the U.S. and elsewhere, its CEO has admitted that “what our investors need” is for Ørsted to “create value.” If expected returns aren’t high enough, then its projects won’t pencil out. Time is of the essence; this outcome shouldn’t be acceptable.
New York’s recently passed Build Public Renewables Act mandates that New York’s public energy authority build renewable energy itself for just this reason — its proponents doubted that relying on private developers made good business sense. But it may not have passed without the IRA’s financial firepower behind it. The IRA allows the public sector to access many of the same decarbonization incentives it gives private firms, balancing the playing field and empowering transformative public sector policymaking.
The public sector can also compete against risk-averse private lenders to finance project development — public financing authorities can lend for longer, on cheaper terms, and with a higher risk tolerance than most private lenders could. By offering cost-share agreements, low-cost construction loans, equity injections to buy out troubled projects, or even by building up critical component stockpiles, the public sector can set the pace of the transition.
To that end, the IRA empowers state and local governments and community lenders to seed ambitious decarbonization projects of all types and sizes where private investors alone might hesitate. This brings us back to the GGRF and all it could do for local decarbonization ― and to carveouts in the Department of Energy’s lending authorities which enable state green banks to pass on extremely low-interest loans to eligible project developers. So long as public and private entities take the effort to access them, these programs create considerable liquidity for ambitious mitigation programs and resilience investments.
But the GGRF does not target larger infrastructure improvements, and the IRA’s other grant programs for adaptation and resilience, however ambitious they may be on the scale of U.S. history, are also wholly inadequate. If policymakers and legislators want to make nationwide climate adaptation feasible, they will still have to fix public debt markets.
Maximizing the potential of the IRA to replace bad assets with better ones requires giving local and state governments the chance to throw money at mitigation and adaptation problems that money can actually solve. Leave the financial system as is, however, and the private investors that mediate it will steer the benefits of decarbonization and adaptation toward the communities wealthy enough to make doing so a good investment. Meanwhile, the communities experiencing climate disasters first and worst ― spread across underinvested rural and urban pockets, here and globally ― will struggle to secure the long-term financing they urgently need both to lessen their contributions to climate change and also to prepare for its inevitable effects.
The financial status quo forces a kind of trickle-down decarbonization that is wholly inadequate to the scale of the climate challenge. Responsible climate policymaking, then, requires the elimination of this liquidity constraint everywhere, to the greatest extent possible, and the creation of coordination mechanisms to ensure that what people need is what gets built. Public liquidity is, without a doubt, a public good.
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The bipartisan proposal from the House Science Committee comes with the backing of the Fusion Industry Association.
The nuclear fusion industry has been asking for a $10 billion investment from the U.S. government. Now, there’s a bipartisan coalition in Congress ready to give it to them.
On Thursday, Californians Zoe Lofgren, ranking member of the House Science Committee, and Jay Obernolte, chair of the body’s Subcommittee on Research and Technology, introduced the American Leadership in Fusion Act, which would pump some $10 billion into the industry to commercialize the frontier nuclear energy technology.
The $10 billion number was not pulled out of a hat (or a stellarator). The Fusion Industry Association called for a “one-time $10 billion injection of U.S. public capital into efforts and partnerships with the private fusion industry” late last year, a figure the group said was based on analyses from the National Academies of Science and a Department of Energy advisory committee.
“Fusion is the future, and this bipartisan bill is a major step in capitalizing on the promise of its emission-free power,” Lofgren said in a statement. “This bill will unleash a new era of fusion energy development in the United States.”
At our Heatmap House event at New York Climate Week on Wednesday, Commonwealth Fusion Systems CEO Bob Mumgaard acknowledged that $10 billion is a lot of money, but “you have to say what gets the job done. It’s a disservice to lowball what is needed. It’s this very important thing — it’s an entire new industry. Let’s treat it as such.”
The fusion industry hasn’t necessarily been hurting for private capital. In July, the FIA reported that 56 companies had raised almost $4.5 billion in the past year. CFS alone announced $1 billion of new funding in July, bringing its total investment up to $4 billion. Of the over $14 billion the industry has raised, almost a third has gone to CFS.
Whether this federal funding ever materializes remains to be seen. A Department of Energy official poured cold water on the $10 billion figure in July, telling the industry that the figure wasn’t plausible, according to Politico.
Obernolte and Lofgren’s bill would split the $10 billion into several pots all aimed at commercializing fusion technology, which has been the subject of university and scientific consortium research for decades.
The biggest chunk, almost $4 billion, would be devoted to building test facilities to work on materials and fuel. Another $2 billion would be put into the existing “milestone-based development program,” established by 2020’s Energy Act and expanded in the 2022 CHIPS and Science Act, which links funding to preset scientific and business targets. CFS has won funding through this program, as have seven other companies including Thea Energy and Tokamak Energy. Another $3 billion in the bill would go to a new demonstration program, analogous to the existing Advanced Reactor Demonstration Program for fission projects, which would probably involve fewer awards for bigger projects that require substantial cost sharing.
While it’s unlikely that this bill could become law this Congress, considering that the House of Representatives has left town to campaign for the midterms, fusion legislation typically garners bipartisan support. The ADVANCE Act, which included regulatory language easing fusion’s regulatory pathway, was signed into law in 2024 after passing the Senate in an 88-2 vote. It is unlikely, Democratic committee staff acknowledged, that the bill get a vote this Congress, but it could start momentum towards a bipartisan fusion bill in a future Congress.
Science Committee staff have been working on the American Leadership in Fusion Act since earlier this year, soliciting advice from national labs, universities, and companies working on fusion technology. The bill has won the endorsement of fusion industry heavyweights like CFS, the Fusion Industry Association, and several energy policy nonprofits and universities, including the Clean Air Task Force and ClearPath Action.
And it’s not crazy to expect the administration to take an interest in the bill, either, considering the latter’s bipartisan backing and alignment with the former’s own stated goals, a senior Democratic committee staffer told me.
Earlier this year, the Department of Energy released a Fusion Science and Technology Roadmap, which “aims to usher a burgeoning U.S. fusion industry toward maturity on the most rapid, credible timeline” including through “leveraging public and private sector investments.”
Third Way’s head of climate and energy argues that both sides have lost voters’ trust, with serious consequences for our infrastructure.
In September 2024, then-presidential candidate Donald Trump told a crowd in Wilmington: “We will cut your energy prices in half … Mark it down, and you can get very angry at me if we don't do it.” He gave himself one year from when he’d take office.
Two years later, rates are up. And we’re angry.
Utilities requested $18.6 billion in rate increases in the first half of 2026, including a record $9.2 billion in the second quarter alone. Gas prices are hovering close to $4.50 a gallon, almost a full dollar more than this time last year. Diesel prices are even worse, recently passing $6.50 a gallon, up by over 50% from one year ago.
In the past two years, electricity prices have increased by over 10%. In the past five years, it’s over 36%.
President Trump’s failure to lower costs has tanked his approval ratings, currently just 34% overall and 33% on his handling of the economy. But he’s not alone. Incumbent politicians across the country — along with utilities, energy-intensive businesses, and tech companies — have found themselves swept up in the backlash.
Those feelings of blame and distrust have emanated throughout our democracy. Just 27% of Americans trust national institutions, according to a June Gallup poll, a single point above the all-time low. Just 17% trust the federal government to do what's right. Nearly seven in 10 people fear that institutional leaders are deliberately misleading them.
Looking at our energy infrastructure, I understand the feeling. Government and industry have chronically neglected our electricity delivery system, offering impossible-to-fulfill slogans rather than real solutions.
Over the past four years, this has created what I’m calling the Energy Trust Gap. It results from the toxic collision of an aging, neglected, and overstressed grid; rising prices; and voter frustration with policymakers, regulators, and industries that overpromise and underdeliver.
This is not merely a Trump problem, though it is true that the president’s chaotic tariff strategy, his impossibly stupid war in Iran, and his senseless energy obstruction have dramatically widened this rift.
Instead of deploying more energy to the grid, the Trump administration has blocked renewables when Americans need them most. It paid TotalEnergies $928 million and Invenergy $765 million to abandon offshore wind leases — $1.7 billion of public money not to build power. Through the Pentagon, it has halted over 28 gigawatts of onshore wind projects in 21 states, and attempted to suspend five fully permitted projects already under construction. Thankfully, all five won injunctions and resumed development by February. Still, the industry's trade association estimated that the cancellations and delays would add $45 billion in East Coast energy costs over a decade.
Though a federal appeals court recently ruled against it, the administration was also using emergency authority to keep 11 fossil units at seven plants running at a cost of roughly $1.5 million per day. The evidence is quite weak that these units are necessary to maintain grid stability or meet unexpected demand. Some are producing substantially less power than they can, or have even been taken offline.
But the Energy Trust Gap has not been created by Republicans alone. Here is the part my side needs to sit with.
In 2022, then-President Biden promised that the Inflation Reduction Act would “bring down family energy bills by an average of $500 a year.” The White House projected that, alongside the 2021 Bipartisan Infrastructure Law, the IRA would cut electricity rates by up to 9% by 2030. Advocates promised the law would create “more than 9 million good jobs.”
The Trump administration undid some of the efforts to fulfill these promises before they could bear fruit. But others were flimsy from the start.
An accompanying report on the 9 million jobs figure acknowledged, in a footnote, that “not all of the jobs created will be net new employment,” but rather would constitute workers hired away from elsewhere to remedy a tight labor market. It also clarified that “job” was less accurate than “job-year equivalent,” a technical measure of labor volume rather than individual people holding durable positions.
These caveats never made it into the president’s public comments, including at events I helped host.
We expected the government to spur private sector demand and create jobs across the country. We assumed the public would see the benefits and credit our clean energy policies. But voters didn’t see an IRA-driven jobs boom in their communities, didn’t feel its impact in reducing costs amid a crisis, and didn’t see it improving their lives.
Yes, there were jobs. But in an economy as large as the United States, the public simply doesn’t distinguish “clean energy jobs” from other sectors.
The promise of a national electric charging network to enable EV ownership didn’t pan out, either. Congress made $4.4 billion available for chargers in 2022; four years later, states had opened only around 150 public charging stations, a flop for a program designed to fund about 1,600 stations on the path to phasing out gas vehicles. Same story with home heating. The American Council for an Energy-Efficient Economy found that in all four high-electricity-price states it modeled, the average gas household's bills increased after electrification.
When heating homes already accounts for more than 40% of residential energy consumption, you cannot credibly advocate for more expensive options.
These functional failures were also messaging failures. By 2024, 40% of registered voters hadn’t heard anything about the IRA. Governors got more credit for new renewable energy and green manufacturing facilities than President Biden did, according to a post-mortem on the law led by the University of Michigan’s Alexander Gazmararian. The Biden administration placed a big political bet on actions that were misbranded, inadequately promoted, and ultimately undeliverable before November 2024 — the only timeframe that mattered.
Let me be clear: The Energy Trust Gap will cost Democrats elections.
As policymakers head into November’s midterm elections, they are being called upon to answer for the proliferation of data centers and the skyrocketing cost of electricity. In this moment, Democrats could seize momentum from Republicans. But many are still ignoring the lessons of the past four years.
A large number of voters believe clean energy advocates are exaggerating the affordability of renewable energy. If candidates argue that the transition to clean energy is a guaranteed outcome, and that Biden’s climate law worked, they will lose.
Reality is breaking through in some places: Officials are concerned about the cost-of-living crisis, explicitly acknowledging the trade-offs that come with climate policy and prioritizing affordability for ratepayers above all else. In March, for example, Massachusetts Governor Maura Healey signed an executive order to bring more energy and energy storage to the Bay State, calling for an “all-of-the-above approach to energy, including “solar, wind, gas, nuclear and hydro.” In New York, Governor Kathy Hochul has been honest that the state cannot meet its 2030 climate targets “without imposing new and additional crushing costs,” citing state estimates of more than $4,000 a year for upstate households burning oil and gas.
“Something has to give,” she said.
That honesty is critical. Policymakers, clean energy and climate advocates, and industry cannot fix the issues plaguing our energy system without regaining some credibility.
Here’s where I would start:
This is the uncomfortable but necessary path to closing the Energy Trust Gap. The alternative is more broken promises and putting our ambitions for energy, the economy, national security, and climate completely out of reach.
If policymakers can’t be straightforward about the trade-offs and deliver on their solutions, we’ll doom ourselves to policy whipsawing and another energy crisis.
Then another. Then another. Then another.
Current conditions: Aside from tides up to two feet above average on Staten Island and Long Island, the powerful nor’easter barreling toward the East Coast is likely to spare New York City • Tropical Storm Nolo is set to hit Hawaii with a potentially historic multi-day deluge • Hurricane Polo is slamming into Mexico’s Pacific coast with dangerous swells and heavy rain.
On Tuesday, President Donald Trump told reporters he had “called for” halting exports of diesel as prices roared to record highs amid a shortage of refining capacity to produce the fuel. On Wednesday, Politico reported that the administration was “preparing” a 90-day export ban. When Secretary of Energy Chris Wright took the stage at Heatmap House, our day-long summit on Wednesday in Midtown Manhattan, he told our executive editor Robinson Meyer that — contrary to the previous comments — the president “didn’t endorse” an export ban. “We are open to any ideas to lower energy prices for Americans,” Wright said at our annual event for New York Climate Week, essentially the amuse bouche before the United Nations climate summit in November. “We have a continual, thoughtful dialog based on the facts on the ground of what are the most practical steps moving forward, and it looks like right now we do need to grow the diesel supply in the United States.”
Former Vice President Al Gore, meanwhile, injected some optimism into the discussion about decarbonization. Reflecting on how climate discourse had evolved since the release of his famous film An Inconvenient Truth 20 years ago, he said booming electric vehicle sales and a global shift to renewables and nuclear power spurred by the energy shock from the war in Iran showed that “these are signs that this thing is really moving into high gear.” He added: “The fossil fuel industry is losing. They know they’re losing, and they’re trying to slow down how quickly they lose.” Yet perhaps one of the best hopes for speeding up deployment of more clean energy dimmed last night when Punchbowl News reported that increasingly bullish talks on permitting reform may be tanking. “The administration and congressional Republicans agreed to a strong bipartisan offer. The Democrats have since refused to take yes for an answer. If they think that the administration is going to freeze these concessions until the lame duck, they are severely mistaken,” a White House official told the outlet.

Later in the afternoon yesterday, I scurried off to the New York Nuclear Symposium, the annual conference organized by the advocacy group Nuclear New York. In the august halls of the New York Bar Association on 44th Street, policy experts and executives debated exactly what was needed to shift the excitement over atomic energy into actual projects with shovels in the ground. While some doubts persisted over how quickly anyone would commit to new fission plants in the U.S., at least beyond the various first-of-a-kind projects currently under development, the American government charged forward with export deals. Earlier this week, the U.S. Trade and Development Agency announced a partnership with Turkey to build as much as 5 gigawatts of small modular reactor power in the country. On Thursday, NucNet reported that Poland’s national nuclear company had reached a deal with the U.S. developers Bechtel and Westinghouse on the commercial terms for the European nation’s first atomic power station, a trio of Westinghouse AP1000s on the Baltic sea.
Meanwhile, the South Korean project manager and builder Samsung C&T unveiled new deals with two SMR companies in the U.S. The company pledged $100 million toward building the next-generation reactors designed by Google-backed Kairos Power. A day later, the company signed onto projects involving GE Vernova Hitachi Nuclear Energy’s 300-megawatt reactor, based on a traditional water-cooled design.
Enhanced geothermal leader Fervo Energy announced Thursday morning that it had shipped the first megawatts to the grid from its flagship Cape Station project, nearly three years to the day after breaking ground at the site. The facility in Beaver County, Utah marks a significant scale-up from the company’s earlier Project Red, located in the Blue Mountain geothermal field of Nevada, which began supplying 3.5 megawatts of electricity to the grid in 2023. Cape Station, by contrast, is the company’s first greenfield project. Phase I of the facility consists of three 33-megawatt units, the first of which has begun ramping up, while the remaining two are expected to reach commercial operations by 2027. “I could not be more proud of the years of hard work from Fervo’s employees, investors, suppliers, customers, and partners, which brought us to this moment,” Fervo CEO Tim Latimer said in a statement. “We are just getting started.”
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Last month, my colleague Emily Pontecorvo and I reported on the Department of Commerce’s latest import levies on polysilicon, the main ingredient in most solar panels. The restrictions were designed to keep out cheap, subsidized competition from Chinese companies. But the nearly four-month delay in the policy’s implementation opened the door to companies stockpiling foreign-made reactors. To avoid that, the Commerce Department’s Bureau of Industry and Security has issued a temporary rule explaining how it will monitor imports, Solar Power World reported. Starting December 4, polysilicon components in a panel such as wafers, cells, and the finished rigs themselves will have a 15% tariff.
“Flooding the U.S. market with large volumes of imported products is a strategy that companies abroad have long used to undermine American manufacturers,” Andy Park, the global chief executive officer of Hanwha Qcells, said in a statement. “We have repeatedly seen import volumes surge ahead of the implementation of significant U.S. trade or industrial policies, as companies seek to exploit loopholes and gain an unfair advantage before new measures take effect.”
“When it comes to fuels, we have plenty of options, but nothing has hit the jackpot.” That’s what Ernest Moniz, former President Barack Obama’as energy secretary, told me yesterday morning on stage at a Climate Week breakfast hosted by his nonprofit, the EFI Foundation. Just 21% of the world’s end-use energy comes from electricity, meaning 79% comes from molecules — mostly natural gas and oil. The point Moniz, a Massachusetts Institute of Technology-trained physicist, was making was that we need to take green fuels such as hydrogen and biodiesel more seriously. “My bet for scalability is some or multiple colors of hydrogen,” referring to the rainbow of names that denote how hydrogen fuel is produced. Hours later, Hydrogen Insight reported that the German energy giant Uniper had signed “one of the largest” offtake deals ever for aviation fuel made with green hydrogen. As part of the deal, the Düsseldorf-based firm will buy 40,000 metric tons of green fuels for at least the next decade.
The New York State Research and Development Authority announced awards for eight energy storage facilities and 13 large-scale renewable projects on Wednesday, totaling $3.7 billion in private investment. Combined, the projects are expected to pump out 1.7 gigawatts of power. “These newly-contracted large-scale energy projects not only further the growth of clean energy and more than double the utility-scale energy storage that exists currently statewide — but they contribute to New York’s comprehensive, all of the above energy strategy,” Doreen Harris, NYSERDA’s chief executive, said in a statement. “This will help reduce costs for New York ratepayers while continuing to improve the reliability of our state’s grid.”