After a decade of court battles, two presidential administrations, a dramatic blade failure, a stop-work order, and a federal court injunction that let construction resume in the final stretch, Vineyard Wind completed installation of its 62nd turbine on March 13 — officially becoming the first large-scale commercial offshore wind farm in American history. The project will power 400,000 homes, save New England families $1.4 billion over 20 years, and cement New Bedford, Massachusetts as the country’s first offshore wind port city.

There is a moment in any long, complicated project when the last piece finally goes into place and what was theoretical becomes permanent. For Vineyard Wind, that moment came on the evening of March 13, 2026, when workers installed the 186th and final turbine blade on the 62nd turbine, 15 miles off the southern coast of Martha’s Vineyard. “On Friday evening, with the installation of the final blades, Vineyard Wind completed its offshore construction program. Vineyard Wind continues to deliver power to the New England grid,” Craig Gilvarg, spokesperson for the project, said.

Those two sentences carry the weight of a decade. Vineyard Wind 1 is no longer a promise or a project or a political football. It is a wind farm. It is running. And it is the first of its kind in American history.

What Vineyard Wind 1 Actually Is

Vineyard Wind 1 features 62 fixed-bottom wind turbines, with a combined nameplate capacity of 804 megawatts. At peak production, this provides energy equivalent to powering 400,000 homes. The turbines used are manufactured by GE Offshore Wind, each capable of generating up to 13 megawatts. Each turbine stands between 191 and 255 meters tall from seabed to blade tip, with a rotor diameter up to 222 meters — roughly the length of two football fields. The 62 turbines are spaced one nautical mile apart across a grid pattern on the Outer Continental Shelf, connected to the New England grid through two submarine power cables that come ashore at Covell’s Beach in Barnstable on Cape Cod.

The project is jointly owned by Avangrid, a subsidiary of Spain’s Iberdrola, and Copenhagen Infrastructure Partners, a Danish clean energy investment firm. GE Vernova supplied the 62 Haliade-X turbines. The $4 billion-plus construction project moved all of its major components through the New Bedford Marine Commerce Terminal — a $150 million, purpose-built offshore wind staging port that was the first of its kind in the United States.

Gov. Maura Healey said she was “thrilled” to learn construction was complete, noting that the project is expected to save Massachusetts ratepayers $1.4 billion over the first 20 years of operation. “The affordable, homegrown power it delivers to Massachusetts residents and businesses will bring costs down as President Trump throws global markets into disarray,” Healey said. “This project has been vital this winter, lowering electricity costs and powering our homes through cold weather.”

The significance of those ratepayer savings is not abstract. Massachusetts has some of the highest electricity prices in the country. Vineyard Wind’s power purchase agreements lock in a contract price that protects consumers from the price volatility that has characterized New England energy markets — particularly in winter, when cold snaps push demand up and natural gas prices spike. The Massachusetts Attorney General’s office noted in January 2026 that “Massachusetts ratepayers will have to pay at least $11 million more in direct wholesale energy market costs between January 2026 and March 2026 without the Project operating at full capacity” and that “Vineyard Wind’s stable contract price is particularly valuable in cold winter months when the electric grid is constrained and market energy prices are volatile.”

The Decade It Took to Get Here

The road to March 13, 2026 began in January 2015, when the federal Bureau of Ocean Energy Management held a competitive auction for the offshore lease area and Vineyard Wind’s developers placed the winning bid of $135.1 million. Massachusetts passed its clean energy law — requiring utilities to procure 1,600 megawatts of offshore wind — in August 2016. Vineyard Wind was selected as the first project in 2017.

Then the headwinds started.

Project developers originally planned to close financing on the project and begin onshore construction work in 2019, put the first turbine into the seabed in 2021 and begin generating electricity in 2022. But the Trump administration in the summer of 2019 decided to undertake a broad study of the potential impacts of offshore wind projects planned up and down the East Coast, holding up a key permit approval for Vineyard Wind 1. Vineyard Wind pulled its application from the federal review process entirely in 2019 rather than wait indefinitely.

The Biden administration changed course. Less than a month into Joe Biden’s presidency, in February 2021, the federal government resumed the review of the Vineyard Wind 1 project from the point at which the developer withdrew it. The federal construction and operations plan was approved in May 2021. Onshore construction began in Barnstable that November. The first turbine foundation went into the seabed in 2022. By January 2024, the first electrons from the project began flowing into the ISO New England grid — the first utility-scale offshore wind electricity ever generated in the United States.

Then, in July 2024, came the crisis no one had planned for. A blade from one of GE Vernova’s Haliade-X turbines broke due to a manufacturing defect involving “insufficient bonding” and a failure of the factory’s quality control to catch the issue. GE Vernova inspected more than 100 other blades, and removed blades from at least two turbines due to finding defects. Six beaches on Nantucket closed as fiberglass debris washed ashore. The federal government ordered the project to halt power production. The construction schedule, already tight, slipped further. In July 2025, GE Vernova announced a $10.5 million settlement with the town of Nantucket for costs associated with the incident.

Power production resumed in January 2025. Then came the second Trump administration’s stop-work order. On December 22, 2025, a stop-work order was issued by the Bureau of Ocean Energy Management. At the time, the Vineyard Wind joint venture said the project was about 95% complete, with only one turbine to be installed, blades on ten wind turbines to be replaced, and the remaining 18 wind turbines to be brought online. The Interior Department cited national security concerns related to radar interference.

In January, Judge Brian E. Murphy issued a stay from the bench, allowing the project to resume construction. With a window of favorable winter weather offshore, workers at sea pushed through to completion. The final blade went on on March 13.

“I have to credit Vineyard Wind for sheer perseverance. It’s been a rollercoaster,” said Joshua Kaplowitz, an environmental lawyer who previously served at the Interior Department’s BOEM office. “They’ve stuck it out and persevered through a lot of challenges, including going through the process during the first Trump administration.”

New Bedford: The City That Built America’s Offshore Wind Industry

The story of Vineyard Wind is inseparable from the story of New Bedford, Massachusetts — a city whose identity has been defined by the sea for 300 years, first through whaling and commercial fishing, and now through a new maritime industry that its leaders have spent more than a decade building toward.

More than 3,700 people have worked full time or part time on the Vineyard Wind project since development began almost a decade ago, amounting to more than $380 million in direct employee salaries, wages and benefits. The project also exceeded its local hiring goals, with more than 70% of union labor coming from southeastern Massachusetts. In all, Vineyard Wind has created an estimated $1.9 billion in economic output in Massachusetts.

“The completion of the Vineyard Wind project represents the closing argument of the case we have been making for years: that New Bedford is well-suited to be a center of the offshore wind industry,” said New Bedford Mayor Jon Mitchell.

The city has invested heavily in this transformation. The New Bedford Marine Commerce Terminal — a specialized offshore wind staging port built with $150 million in state investment — served as the assembly and logistics hub for all of Vineyard Wind’s turbine components. Workers trained at Bristol Community College’s National Offshore Wind Institute, at the Massachusetts Clean Energy Center’s wind technology testing facility, and through union apprenticeship programs aligned specifically with offshore wind’s technical demands. The industry’s workforce infrastructure — the cranes, the vessels, the port berths, the trained technicians — was built in New Bedford and the broader SouthCoast region over the better part of a decade in anticipation of a project that, until March 13, was not yet finished.

Revolution Wind: The Second Project Comes Online

March 13, 2026 was an extraordinary day for New England’s clean energy sector for a second reason. On the same evening Vineyard Wind completed construction, Ørsted announced that Revolution Wind had begun sending power to the New England electric grid.

Revolution Wind started delivering power to New England’s electric grid on March 13, 2026, strengthening the region’s power supply and helping reduce costs for consumers. Revolution Wind, a 704 MW offshore wind energy project, is expected to supply enough electricity to power more than 350,000 homes and businesses. The project will deliver power under fixed-price, 20-year agreements with energy utilities in Rhode Island and Connecticut, providing price certainty and stability for consumers.

Revolution Wind — a joint venture between Ørsted and Global Infrastructure Partners’ Skyborn Renewables, built with 65 Siemens Gamesa turbines 15 miles south of the Rhode Island coast — is also the first multi-state offshore wind project in American history, delivering 400 megawatts to Rhode Island and 304 megawatts to Connecticut. Like Vineyard Wind, it survived multiple Trump administration stop-work orders through federal court rulings. Connecticut’s Department of Energy and Environmental Protection projects that New England ratepayers will save $500 million a year on wholesale energy costs from Revolution Wind.

“Bringing the first power from Revolution Wind online is a truly meaningful step for Rhode Island and the region,” said Greg Cornett, president of Rhode Island Energy. “At a time when resources are needed more than ever, this project adds important diversity to our energy mix.”

What This Means for American Energy

The completion of Vineyard Wind and the activation of Revolution Wind on the same day represents more than a construction milestone. It represents the resolution of a decade-long question about whether large-scale offshore wind was actually achievable in the United States — through federal permitting systems, through legal challenges, through equipment failures, through multiple presidential administrations with opposing priorities, and through 15-story-tall installation vessels operating in the Atlantic Ocean in winter conditions.

The answer, now confirmed, is yes.

The implications extend well beyond New England’s grid. The United States has among the largest offshore wind resources in the world, concentrated along both the Atlantic and Pacific coastlines. The regulatory, permitting, supply chain, port infrastructure, and workforce development frameworks built around Vineyard Wind will serve as the template for whatever offshore wind development follows — if and when federal policy permits it.

For now, the first 62 turbines are turning. When fully operational, Vineyard Wind 1 is projected to produce at least 3,600 job-years, reduce costs for Massachusetts ratepayers by an estimated $1.4 billion over 20 years, and eliminate 1.68 million metric tons of carbon dioxide emissions annually — the equivalent of removing 325,000 cars from the road each year.

The wind is blowing off Martha’s Vineyard, as it always has. For the first time in American history, it is also powering the lights.

Disclaimer: This article is for informational and educational purposes only. Energy production figures, projected consumer savings, and emissions reductions cited in this article are based on developer projections, state agency analyses, and publicly available reporting as of March 2026. Actual output and savings will vary based on wind conditions, grid demand, equipment performance, and the pace of turbine commissioning. The legal and regulatory status of offshore wind projects in the United States remains subject to ongoing federal court proceedings and policy actions. TheAmericanNews.com makes no representations regarding investment, energy policy, or specific outcomes for any project, utility, or ratepayer.