Revolution Wind

Revolution Wind
Name	Revolution Wind
Country	United States
Location	Offshore Rhode Island and Connecticut, Atlantic Ocean
Status	Operational (phased)
Owner	Equinor, Ørsted (company), Eversource Energy
Operator	Ørsted (company), Equinor
Construction began	2022
Commissioned	2024–2025 (phased)
Wind farm type	Offshore
Turbines	62 (planned)
Capacity mw	704
Electrical capacity mw	704
Offshore depth	60–130 ft
Offshore distance	~15–25 miles

Revolution Wind is a utility-scale offshore wind project sited in the Atlantic Ocean off the coasts of Rhode Island and Connecticut. The project was developed through a partnership among Equinor, Ørsted (company), and Eversource Energy to deliver renewable energy to the New England grid managed by ISO New England. Planned to supply power to municipal and commercial purchasers including National Grid and state utilities, the project sought to advance regional decarbonization goals set by the administrations of Rhode Island Department of Environmental Management and the Connecticut Department of Energy and Environmental Protection.

Overview

Revolution Wind occupies an offshore lease area originally awarded by the Bureau of Ocean Energy Management through competitive lease sale processes informed by the Outer Continental Shelf Lands Act. The site selection considered proximity to existing transmission corridors serving Providence, Rhode Island, New London, Connecticut, and interconnected substations operated by ISO New England. Project proponents emphasized alignment with state energy statutes such as Rhode Island Act on Climate and Connecticut's procurement solicitations administered under the Integrated Resources Plan.

Project Development

Project development proceeded through negotiated power purchase agreements with agencies and utilities including Eversource and municipal purchasers coordinated via the Rhode Island Public Utilities Commission and the Connecticut Public Utilities Regulatory Authority. Developers pursued federal approvals from the National Oceanic and Atmospheric Administration and the U.S. Fish and Wildlife Service for wildlife impact assessments, and federal action under the National Environmental Policy Act administered by the Bureau of Ocean Energy Management. Financing arrangements involved export credit agencies and commercial lenders familiar with projects backed by Green Bank programs and renewable energy tax incentives under the Investment Tax Credit and the Production Tax Credit frameworks enacted by the U.S. Congress.

Technical Specifications

The wind farm employs high-capacity, fixed-bottom turbines procured from manufacturers including GE Renewable Energy and supply-chain partners such as Siemens Energy and Vestas. Turbine nacelles are rated to deliver aggregated nameplate capacity of approximately 704 megawatts distributed across 62 units mounted on monopile or jacket foundations sited in water depths of roughly 60–130 feet. Electricity export uses high-voltage alternating current export cables connecting offshore substations to onshore grid interconnection points near Narragansett Bay and the New England transmission backbone. Project design integrated standards from the American Bureau of Shipping and electrical specifications overseen by North American Electric Reliability Corporation interoperability studies.

Environmental and Regulatory Assessments

Environmental review considered potential interactions with marine species monitored by National Marine Fisheries Service and seabirds tracked by researchers at University of Rhode Island and Yale University. Studies assessed impacts on commercial fisheries involving stakeholders represented by the New England Fishery Management Council and local harbormasters in Point Judith and Montauk. Regulatory compliance covered permitting from the U.S. Army Corps of Engineers under the Clean Water Act Section 404 analogs and coordination with the Coast Guard for navigation safety and marking under the International Maritime Organization conventions enforced by the United States Coast Guard. Mitigation commitments included seasonal work windows and habitat monitoring programs overseen by academic institutions and nonprofit organizations such as The Nature Conservancy.

Economic Impact and Financing

Economic modeling projected job creation across construction, operations, and supply-chain roles with training programs coordinated through Rhode Island Commerce Corporation and workforce initiatives supported by the Massachusetts Clean Energy Center. Capital expenditure estimates aggregated turbine procurement, installation vessels chartered from firms like Jan De Nul Group and TechnipFMC, subsea cable manufacture, and onshore substation upgrades contracted to companies such as ABB and General Electric. Revenue streams relied on contracted power purchase agreements, renewable energy certificates governed under state Renewable Portfolio Standards administered by state utility commissions, and federal tax credits.

Construction and Operations

Construction phased mobilization of installation vessels, substations, and cable-laying operations with coordination among port facilities at Quonset Point, New London, and regional logistics hubs. Operations and maintenance planning involved establishment of crew transfer vessels, technician training via vocational partnerships with Community College of Rhode Island, and remote monitoring tied into ISO New England dispatch systems. Long-term operations anticipate lifecycle maintenance, periodic turbine retrofits, and decommissioning plans compliant with lease obligations administered by the Bureau of Ocean Energy Management.

Controversies and Community Response

Public response mixed support and opposition: advocates including environmental NGOs and labor unions highlighted greenhouse gas reductions cited in analyses by Union of Concerned Scientists and Natural Resources Defense Council, while fishing associations and coastal communities raised concerns represented in filings to the Rhode Island Coastal Resources Management Council and legal petitions in state courts. Visual-impact debates involved municipal boards in Newport, Rhode Island and shoreline tourism stakeholders in Block Island. Litigation and negotiated settlements addressed cable routing, construction timing, and mitigation measures, with continuing stakeholder engagement led by developers and state agencies such as the Rhode Island Office of Energy Resources and the Connecticut Green Bank.

Category:Offshore wind farms in the United States