Posted on November 9, 2026
By Hugo Rojas
For five months last year, the steel legs standing in the water off Rhode Island did not move an inch closer to finished.
A federal order had frozen the site in place.
Vessels sat idle, towers half built, cable ends waiting in the mud.
Then the order lifted, the cranes came back, and the work finished anyway.
This fall, all 65 machines began running under contract, feeding two states at once.
So how does a project survive a stop work order with most of its steel already standing, and still reach full commercial operation a year later?
What actually stopped the work, and what started it again
The trouble began in August of last year, when federal regulators issued a stop work order on the project even though it was already roughly 80 percent complete. The developer, Ørsted, had already driven foundations, raised towers and strung most of the export cable by that point.
That is the detail that makes this case different from a normal permitting fight. A stop work order on a nearly finished wind farm leaves steel standing in open water with nobody allowed to touch it, which is its own kind of risk in a marine environment.
The reversal came through the courts rather than the agency that issued the halt. A federal court granted a second preliminary injunction, and construction resumed in mid January, restoring crews to a site that had sat exposed to winter swells for months with its finishing work incomplete.
What the finished machine looks like at sea
Revolution Wind sits in federal waters serving Connecticut and Rhode Island, built around 65 turbines standing in rows far enough offshore that most residents will never see them from shore. The project signed twenty year power agreements before a single foundation went into the seabed, with reported offtake running to Rhode Island Energy, Eversource Energy and United Illuminating.
So the commercial switch flipped this October did not launch a new idea. It closed out one that utilities had already committed decades of billing cycles to, since the project delivered its first power back in March, months before the full array was synchronized.
That meant the grid was already drawing from a wind farm still being finished around it. That staged approach is becoming the normal shape of a large offshore buildout, with turbines added one at a time while vessels worked the rest of the field.
How the record peak confirmed the math
The clearest evidence that the array is now pulling real weight on the regional grid came on October 30, when wind power across New England peaked at 2,400 megawatts, a new record for the region reported by Boston public radio station WBUR. That peak landed within days of the project’s commercial start.
“This is a significant moment,” a grid operator spokesperson told WBUR of the milestone. A grid operator does not credit a single project for a regional peak without the data to back it, so the record stands as hard confirmation that the turbines are producing at scale.
Revolution Wind was one of five offshore wind farms under construction in the United States when the stop work order hit, representing a meaningful share of the country’s entire offshore buildout in progress.
Where the story still has rough edges
None of this erases the months the project lost. A wind farm that is 80 percent complete and then stopped does not simply pick up where it left off, because crews must be remobilized and safety checks rerun on equipment that sat exposed through a New England winter.
The companion project next door shows how uneven the broader pipeline still is. Sunrise Wind, Ørsted’s other East Coast build, is reported to be nearly 60 percent finished, with foundations done and 31 turbines installed, putting its first commissioning around the end of this year.
