Rhode Island Energy announced that the Revolution Wind project has officially started delivering power to New England’s electric grid as of March 16, 2026. This significant development marks a major step in enhancing the region’s energy supply.
The Revolution Wind project, a 704 MW offshore wind energy initiative, is expected to provide enough electricity to power over 350,000 homes and businesses. This project is not only pivotal for energy generation but is also projected to save New England ratepayers up to $500 million annually in wholesale energy costs.
In addition to its economic benefits, the Revolution Wind project has created substantial employment opportunities, supporting more than 2,000 workers across various sectors including construction, operations, shipping, and manufacturing. Notably, over 1,000 local union labor workers have logged more than 2 million hours on this project.
Amanda Dasch, Chief Development Officer at Ørsted, emphasized the project’s importance, stating, “Revolution Wind is adding affordable, reliable American-made energy to New England’s grid, helping to meet growing energy demand and lower consumer costs.” This statement highlights the project’s role in addressing both energy needs and cost efficiency.
Furthermore, the Revolution Wind project is expected to generate energy year-round, with particularly strong output anticipated during the winter months. This reliability is crucial for maintaining energy stability in the region.
The project is a joint venture between Global Infrastructure Partners’ Skyborn Renewables and Ørsted, showcasing a collaborative effort towards advancing renewable energy in the region.
As Rhode Island Energy prepares for potential severe weather and power outages, the successful launch of the Revolution Wind project serves as a timely reminder of the importance of sustainable energy solutions.
Overall, the Revolution Wind project represents a significant advancement in Rhode Island’s energy landscape, promising both environmental and economic benefits for the region.
