Historic Offshore Wind Project Breakthroughs, New Chapter in New England’s Clean Energy Future

CAMBRIDGE, Mass (March 14, 2026)-Vineyard Wind and Revolution Wind, offshore wind projects off the coast of New England, made history late Friday night. Revolution Wind sent its first electricity to the grid, while workers installed the final wind turbine for Vineyard Wind, which is already generating power from a majority of its turbines. They are the largest operating renewable energy projects east of the Mississippi and will eventually generate enough electricity to serve up to 750,000 homes.

Below is a statement from Susan Muller, senior energy analyst at the Union of Concerned Scientists (UCS) and lead report author.

"The winds of change are blowing in a powerful new clean energy future in New England. Offshore wind is a winter powerhouse, delivering clean, reliable, affordable electricity when people need it most. This world-class energy resource is finally being harnessed despite the Trump administration's ongoing attacks on states' energy independence. This is a historic time to celebrate a new industry that will bring billions of dollars in savings to customers within the next 5 years.

"The benefits of these projects will be felt by millions of people who currently suffer high electricity costs in the winter due to costly, polluting fossil gas imports. If both Vineyard and Revolution were fully operational during the winter of 2024 to 2025, they would have more than halved the risk of demand-driven power outages. Displacing fossil fuels with offshore wind will give people in New England healthier, more affordable, and more reliable power."

Among other benefits, offshore wind projects like Vineyard Wind and Revolution Wind significantly boost reliability in winter because cold weather systems that drive high electricity demand are typically accompanied by strong offshore winds blowing across the region. A recent report Muller authored reveals that if both projects had been fully operational during the winter of 2024 to 2025, they would have reduced the risk of a demand-driven power outages by 55%. When combined with other local clean energy sources like onshore wind and solar, they would have surpassed the energy delivered by costly and polluting liquified natural gas imports.