Trump moves to undo a wind farm already under construction
KEY DEVELOPMENTS
- Trump Targets Already-Built Offshore Wind Farm: The administration is reevaluating approval for Revolution Wind, a $6.2 billion offshore wind project already under construction, in what amounts to the most aggressive federal intervention yet against the industry. Canary Media. Read More: Canary Media.
- ContourGlobal Breaks Ground on 450 MW Arizona Solar: Project Sterling, a 450 MWac solar and 360 MW / 1.4 GWh battery storage facility near Lake Havasu City, will generate over 1.1 TWh annually when it comes online in 2028. Solar Builder. Read More: Solar Builder.
- energyRe Closes $815M for South Carolina Solar: The developer secured financing for five utility-scale solar projects totaling 360 MW across South Carolina, one of the largest single-state solar financing deals in the Southeast. PV Tech. Read More: PV Tech.
- TotalEnergies and KKR Add 700 MW Solar in Texas, Ohio: The joint venture expansion carries an enterprise value of $1.2 billion and targets Q1 2027 commercial operation across both states. PV Magazine USA. Read More: PV Magazine USA.
- California Grid Handles Peak Demand on Clean Power: The state's grid weathered its highest electricity demand in four years without emergency measures, backed by 39,000 MW of new clean energy added since 2019, including 23,000 MW of battery storage. forth.news. Read More: forth.news.
Solar & Storage
The utility-scale solar pipeline just got considerably thicker. ContourGlobal broke ground on Project Sterling in Mohave County, Arizona — a combined 450 MWac solar and 360 MW / 1.4 GWh battery storage installation near Lake Havasu City that will rank among the state's largest hybrid clean energy facilities once completed in 2028. At over 1.1 TWh of expected annual generation, the project is sized to serve roughly 100,000 homes, and its pairing of generation with substantial four-hour-class storage reflects developer confidence that the Arizona market will reward dispatchable solar capacity, particularly as summer peaks intensify.
Across the Southeast, energyRe locked down $815 million in financing for a five-project, 360 MW solar portfolio spread across South Carolina. That dollar figure — roughly $2.26 per watt at the portfolio level — signals that lenders remain willing to back large-scale solar in a region where utility procurement has historically favored gas. For developers eyeing the Carolinas, a deal of this size demonstrates bankability even as federal incentive uncertainty lingers. Read More: $815 million in financing.
Meanwhile, TotalEnergies expanded its renewable joint venture with private equity giant KKR, adding 700 MW of utility-scale solar capacity across Texas and Ohio. The venture now carries a $1.2 billion enterprise value and is targeting commercial operation by Q1 2027 — an ambitious timeline that suggests panel procurement and interconnection agreements are already well advanced. In Illinois, Arevon Energy secured three 20-year Indexed REC contracts with state utilities for its 200 MWac / 275 MWdc Panther Energy solar project in Perry County, with groundbreaking slated for 2027 and operation in 2028. Long-duration offtake contracts like these remain among the most bankable structures available, and their presence in Illinois reflects the state's renewable portfolio standard doing what it was designed to do: pulling private capital into clean generation.
On the storage and equipment side, California's grid provided a real-world proof point for battery advocates. The state absorbed its highest electricity demand in four years without triggering emergency measures, leaning on 39,000 MW of new clean energy capacity added since 2019 — including a remarkable 23,000 MW of battery storage. Governor Newsom cited the performance as evidence that the state's buildout delivers reliable power under stress. For grid planners elsewhere, the data point matters: California is now operating at a scale of battery deployment that few analysts predicted even five years ago, and the grid held.
In hardware, Wisconsin-based Unico launched a 330 kW bidirectional grid-tie inverter claiming 98.5% efficiency, with systems scalable to 3.3 MW through parallel configurations. The company is targeting data centers, microgrids, and battery storage — three segments where bidirectional power flow is increasingly a baseline requirement rather than a premium feature. Separately, EcoFlow entered the U.S. residential storage market with its Titan series, offering 5–30 kWh systems with pre-wired home panels designed to cut installation time.
Wind Energy
The Trump administration's campaign against offshore wind has entered new territory. Federal officials are now reevaluating the permit for Revolution Wind, an Ørsted project valued at $6.2 billion that is already under construction. Previous administration actions targeted projects still in the permitting pipeline or pre-construction phase. Going after a facility where steel is already in the water raises the legal and financial stakes dramatically — for Ørsted, for its lenders, and for every developer weighing whether to commit capital to U.S. offshore wind. Read More: already under construction.
The move, also reported by the Financial Times, revives an effort to halt the project despite earlier signals from the administration about supporting some renewable energy development. The practical question for the industry is whether retroactive permit reevaluation becomes a template. If a completed environmental review and active construction are no longer sufficient to protect a project's approvals, the risk premium on any federally permitted offshore wind development rises substantially. Lenders and insurers will be watching the legal process closely. Read More: also reported by the Financial Times.
In Maryland, offshore wind surfaced as a flashpoint in a state political debate, though details on the candidates' specific positions remain thin. The state has its own offshore wind procurement targets, and how those survive or adapt under sustained federal headwinds is a question Maryland voters and developers will face through the November elections.
Policy & Markets
New research from MIT offers ammunition for utility-scale solar advocates — and a headache for rooftop solar companies. Analyzing state-utility data from 1998 to 2023, the researchers found that renewable portfolio standards and utility-scale solar deployment are associated with lower residential electricity prices, while rooftop solar installation correlates with higher prices. The study doesn't assign causation in a single sentence, but the pattern aligns with what rate design experts have long argued: distributed solar shifts grid costs onto non-solar customers unless rate structures are updated. For state regulators wrestling with net metering reform, the MIT findings provide peer-reviewed backing for restructuring compensation mechanisms.
The broader picture emerging from today's news is one of divergence. Capital continues to flow into utility-scale solar and storage at a pace that suggests developers and financiers view the economics as durable regardless of federal policy direction. At the same time, the administration's willingness to revisit permits on projects already under construction introduces a category of regulatory risk that the U.S. clean energy industry has not previously faced at this scale.
LOOKING AHEAD
- Revolution Wind Legal Battle: Ørsted's response to the permit reevaluation will set the legal framework for whether retroactive federal intervention in active construction projects can withstand court challenge — a precedent with implications far beyond a single wind farm.
- Q1 2027 Solar Deadlines: TotalEnergies and KKR's 700 MW solar joint venture across Texas and Ohio targets commercial operation in early 2027, making the next few months a critical window for supply chain execution and interconnection completion.
- Illinois REC Market Depth: Arevon's 20-year indexed REC contracts for its Perry County project will be watched as a signal of whether Illinois utilities continue long-term clean energy procurement at scale amid shifting federal incentive structures.
TODAY'S QUICK ANSWERS
Q: What does the Revolution Wind permit reevaluation mean for offshore wind project financing?
A: It fundamentally changes the risk calculus. Until now, reaching active construction was considered the point at which federal permitting risk largely evaporated. If the administration can successfully pull back approvals on a $6.2 billion project already underway, lenders will need to price in regulatory reversal risk through the entire construction period — and possibly beyond. Expect higher debt costs and more restrictive insurance terms on any new offshore wind financing.
Q: Why are developers still committing billions to utility-scale solar despite federal policy uncertainty?
A: Because the economics work independent of subsidies in many markets, and long-term offtake contracts like Arevon's 20-year REC deals in Illinois or energyRe's $815 million South Carolina portfolio provide revenue certainty that insulates projects from policy swings. Today's announcements alone represent roughly $2 billion in committed capital across Arizona, South Carolina, Texas, Ohio, and Illinois — a pace that reflects market fundamentals, not just incentive chasing.
Q: What should grid planners take from California's peak demand performance?
A: That 23,000 MW of battery storage is no longer a theoretical resource — it's an operational one that held up under the state's highest demand in four years without emergency measures. For planners in ERCOT, PJM, and other regions debating the pace of storage procurement, California just provided the largest real-world dataset yet showing batteries can reliably serve peak load at scale.
THE BOTTOM LINE: Billions keep flowing into utility-scale solar and storage on the strength of market fundamentals, but the administration's move against an offshore wind farm already under construction introduces a new species of regulatory risk that could reshape how every federally permitted clean energy project gets financed.