Overview
Sunrise Wind is a 924 MW utility-scale offshore wind farm currently under construction on the Outer Continental Shelf, designed to deliver renewable energy to the state of New York. The project represents a significant expansion of the Northeastern United States' offshore wind portfolio and is operated by Ørsted US Offshore Wind. Scheduled for commissioning in 2027, the development marks a key milestone in the region's transition to wind power, leveraging advanced turbine technology and transmission infrastructure to integrate with the regional grid.
Location and Geography
The wind farm is situated in the Atlantic Ocean, positioned 16.4 nautical miles south of Martha's Vineyard, Massachusetts. It is located 26.5 nautical miles east of Montauk Point, New York, and approximately 14.5 nautical miles from Block Island, Rhode Island. This strategic placement on the Outer Continental Shelf allows for consistent wind resources while maintaining proximity to major load centers in New York and surrounding states. The site selection balances optimal wind conditions with logistical considerations for construction and maintenance operations.
Technical Specifications
Sunrise Wind will consist of 84 turbines manufactured by Siemens Gamesa. Each unit is an 8.0-167 model, featuring a rotor diameter of 167 meters (548 ft) and an individual capacity of 8.0 MW. The combined output of these 84 turbines provides the project's total installed capacity of 924 MW. The use of large-rotor, high-capacity turbines reflects the industry trend toward maximizing energy yield per foundation, reducing the overall footprint of the farm while enhancing efficiency in moderate to strong wind regimes.
Transmission Innovation
The project is recognized as the first US offshore wind development to utilize High Voltage Direct Current (HVDC) transmission technology. This technical choice enables efficient power delivery over longer distances from the turbines to the onshore substation, minimizing energy losses compared to traditional High Voltage Alternating Current (HVAC) systems. The HVDC infrastructure is critical for integrating the 924 MW of generated power into the New York grid, supporting grid stability and facilitating future expansion of offshore wind capacity in the region.
Development and Lease History
The development of the Sunrise Wind project began with federal leasing assessments initiated in 2010. These early evaluations targeted the Outer Continental Shelf to identify viable zones for utility-scale offshore wind generation. The specific lease area was strategically positioned to serve the New York power grid while leveraging consistent wind resources in the Atlantic.
Lease Consolidations
Following the initial 2010 assessments, the lease area underwent a series of consolidations. Multiple lease parcels were merged to create a unified development zone. This consolidation process streamlined the regulatory framework and allowed for a cohesive engineering design. The site was finalized at a location 16.4 nautical miles south of Martha's Vineyard, Massachusetts.
Ownership Transfers and Ørsted
The project saw significant ownership changes as it moved toward construction. Ørsted US Offshore Wind emerged as the primary operator. The company secured full ownership of the project in 2024. This transfer consolidated control and accelerated the path to commissioning. Ørsted's acquisition ensured that the 924 MW capacity would be delivered under a single operational strategy.
The project is scheduled for commissioning in 2027. It will consist of 84 Siemens Gamesa 8.0-167 turbines. Each turbine has a rotor diameter of 167 meters and a capacity of 8.0 MW. The total installed capacity is 924 MW. This scale makes it one of the significant offshore wind assets on the East Coast. The power generated will primarily feed into the New York state grid.
The timeline from 2010 to 2024 reflects the broader maturation of the US offshore wind sector. Lease assessments in the early decade laid the groundwork. Subsequent consolidations reduced fragmentation. The 2024 ownership transfer to Ørsted marked a critical milestone. The project is now under construction and on track for a 2027 start-up.
Regulatory Process and Environmental Review
The regulatory framework for Sunrise Wind is anchored in the Outer Continental Shelf Lands Act, which grants the Bureau of Ocean Energy Management (BOEM) primary authority over leasing and site assessment. The project’s permitting trajectory followed a multi-year environmental review process designed to evaluate impacts on marine ecology, fisheries, and coastal aesthetics. Central to this process was the preparation of the Environmental Impact Statement (EIS), which analyzed multiple development alternatives to determine the least environmentally impactful configuration for the 924 MW facility.
Environmental Impact Statement and Alternatives
The EIS evaluated several alternatives, including the "No Action" scenario, which would result in minimal immediate development but potentially delay renewable energy integration into the New York grid. The "Preferred Alternative" selected by BOEM aligns with the current construction footprint located 16.4 nautical miles south of Martha's Vineyard. This alternative balances energy output from the 84 Siemens Gamesa turbines with mitigation strategies for local marine species, including the Atlantic sturgeon and right whale. The review also considered the visual impact on the coastline of Long Island and Rhode Island, given the farm’s proximity to Montauk Point and Block Island.
Record of Decision
In 2024, BOEM issued the Record of Decision (ROD), formally approving the site plan for Sunrise Wind. This decision cleared the final major federal hurdle for construction, allowing Ørsted US Offshore Wind to proceed with the installation of the 8.0 MW turbines. The ROD incorporated specific conditions regarding noise abatement during pile driving and seasonal fishing exclusions to minimize disruption to the local maritime economy. This regulatory clearance is critical for meeting the targeted 2027 commissioning date, ensuring the power reaches New York state consumers as planned.
| Milestone | Description |
|---|---|
| Environmental Impact Statement (EIS) | Comprehensive review of ecological and visual impacts of the 84-turbine array. |
| Preferred Alternative Selection | BOEM selected the site plan located south of Martha's Vineyard. |
| Record of Decision (2024) | Formal federal approval of the site plan, enabling full-scale construction. |
Technical Specifications and Infrastructure
Sunrise Wind is designed as a 924 MW utility-scale offshore wind farm, representing a significant addition to the renewable energy infrastructure on the Outer Continental Shelf. The project is currently under construction and is scheduled for commissioning in 2027, with Ørsted US Offshore Wind serving as the primary operator. The facility is strategically located to provide power to the state of New York, situated 16.4 nautical miles south of Martha's Vineyard, Massachusetts, 26.5 nautical miles east of Montauk Point, New York, and 14.5 nautical miles from Block Island, Rhode Island.
Turbine Configuration
This configuration supports the total installed capacity of 924 MW for the project. The use of large-rotor turbines allows for efficient energy capture in the offshore environment, optimizing the output per unit area of the leased seabed.
| Parameter | Value |
|---|---|
| Total Capacity | 924 MW |
| Number of Turbines | 84 |
| Turbine Model | Siemens Gamesa 8.0-167 |
| Individual Turbine Capacity | 8.0 MW |
| Rotor Diameter | 167 meters (548 ft) |
| Operator | Ørsted US Offshore Wind |
| Commissioning Year | 2027 |
Transmission and Grid Interconnection
The infrastructure includes a high-voltage direct current (HVDC) transmission system to deliver power from the offshore site to the New York grid. This transmission solution is critical for efficiently moving the 924 MW of generated electricity over the distance from the Outer Continental Shelf to the load centers in New York. The grid interconnection is designed to integrate with the existing power infrastructure, ensuring stable delivery to consumers in the state. The project's location and technical specifications are tailored to maximize energy yield while maintaining reliable connection to the regional power network.
What is the financial structure of Sunrise Wind?
The financial framework for the Sunrise Wind project is anchored by a long-term Power Purchase Agreement (PPA) between Ørsted US Offshore Wind and the New York State Energy Research and Development Authority (NYSERDA). This contract, known as the Offshore Renewable Energy Credit (OREC) mechanism, was designed to de-risk the initial phase of New York’s offshore wind portfolio by separating the value of the electricity generated from the value of the renewable energy credits, allowing for more flexible procurement strategies for the state.
Strike Price Adjustments
Under the OREC contract, the financial terms were subject to adjustment based on market conditions and project milestones. The initial strike price for the project was set at 110.37permegawatt−hour(MWh).However,astheprojectprogressedthroughtheconstructionphase,thestrikepriceincreasedto146 per MWh. This adjustment reflects the evolving cost structures and market dynamics associated with offshore wind development in the Northeast United States. The higher strike price provides a guaranteed revenue stream for Ørsted, helping to secure financing for the 924 MW facility. This financial structure is critical for a project that is currently under construction and scheduled for commissioning in 2027.
Tax Incentives and Revenue Streams
In addition to the OREC contract, the Sunrise Wind project benefits from federal and state tax incentives that enhance its financial viability. These incentives typically include the Production Tax Credit (PTC) and the Investment Tax Credit (ITC), which reduce the effective cost of capital and improve the internal rate of return for investors. The combination of the OREC strike price and these tax incentives creates a robust financial model that supports the deployment of 84 Siemens Gamesa turbines. This multi-faceted approach to revenue generation ensures that the project can deliver competitive pricing to New York consumers while maintaining financial stability for the operator. The financial structure thus plays a pivotal role in enabling the transition to renewable energy sources in the region.
Why did the US government suspend Sunrise Wind?
In December 2025, the United States Department of the Interior issued a suspension of the Sunrise Wind project, citing national security concerns. This administrative action halted progress on the 924 MW offshore wind farm, which is under construction on the Outer Continental Shelf and is operated by Ørsted US Offshore Wind. The suspension occurred while the facility, consisting of 84 Siemens Gamesa 8.0-167 turbines, was preparing for its scheduled commissioning in 2027. The location of the farm, situated 16.4 nautical miles south of Martha's Vineyard, Massachusetts, and 26.5 nautical miles east of Montauk Point, New York, placed it within a strategic geographic zone that drew federal scrutiny.
Legal Overturn and Resumption
The suspension was short-lived. In January 2026, the legal challenge to the Department of the Interior’s decision was successfully overturned, allowing the project to resume its path toward operational status. The legal resolution clarified the regulatory standing of the wind farm, which is designed to provide power to the state of New York. The overturning of the suspension removed the immediate administrative barrier, enabling Ørsted US Offshore Wind to continue construction activities for the 84 turbine units, each featuring a rotor diameter of 167 meters and a capacity of 8.0 MW.
The rapid sequence of events in late 2025 and early 2026 highlighted the intersection of energy infrastructure development and national security policy. The project, located 14.5 nautical miles from Block Island, Rhode Island, remained a key component of the regional energy mix. The legal victory in January 2026 reinforced the project's viability, ensuring that the 924 MW capacity would proceed toward its 2027 commissioning target without prolonged operational delays. The resolution allowed for the continued integration of the utility-scale offshore wind farm into the New York power grid, maintaining the timeline established prior to the December 2025 intervention.
Socio-economic Impact and Community Benefits
The development of the Sunrise Wind project is designed to generate significant socio-economic benefits for the surrounding coastal communities, particularly in New York and Massachusetts. As a 924 MW utility-scale offshore wind farm, the project represents a major infrastructure investment aimed at integrating renewable energy into the regional grid while fostering local economic growth. The project’s location, situated 16.4 nautical miles south of Martha’s Vineyard, Massachusetts, and 26.5 nautical miles east of Montauk Point, New York, places it within the economic sphere of several key coastal municipalities. These communities are expected to benefit from direct job creation, workforce development initiatives, and structured community benefit agreements.
Workforce Development and Job Creation
The construction and operation of the Sunrise Wind farm are projected to create numerous jobs for local residents. The project involves the installation of 84 Siemens Gamesa 8.0-167 turbines, each with a rotor diameter of 167 meters and a capacity of 8.0 MW. This scale of deployment requires a diverse workforce, ranging from specialized engineers and marine technicians to general laborers and supply chain workers. A key component of the project’s social strategy is the investment in local workforce training programs. These initiatives aim to equip residents of nearby areas, including those in Rhode Island, Massachusetts, and New York, with the skills necessary to secure positions in the emerging offshore wind sector. By focusing on local hiring, the project seeks to reduce the reliance on transient labor and to embed economic gains within the regional economy.
Community Benefits and Fisheries Mitigation
In addition to direct employment, the Sunrise Wind project includes structured community benefits agreements. These agreements are designed to provide tangible financial and infrastructural support to the municipalities most affected by the project’s presence. For instance, communities such as Brookhaven in New York are expected to receive benefits through negotiated agreements that may include direct payments, infrastructure improvements, and funding for local services. The project also addresses concerns from the local fishing industry, which is a critical economic driver in the region. Fisheries mitigation strategies are being implemented to minimize the impact on commercial and recreational fishing grounds. These measures may include compensation for lost fishing areas, collaborative research on marine ecosystems, and infrastructure investments to support local harbors and processing facilities. By integrating these community-focused initiatives, the Sunrise Wind project aims to ensure that the transition to renewable energy is accompanied by sustained economic and social benefits for the coastal communities it serves.
Significance
Sunrise Wind represents a significant technological milestone for the United States offshore wind industry as the first project to utilize high-voltage direct current (HVDC) transmission technology. This engineering choice is critical for efficiently transporting the 924 MW of generated power from the Outer Continental Shelf to the New York grid. The use of HVDC allows for more efficient power delivery over these specific distances compared to traditional alternating current systems, reducing energy losses and stabilizing the connection for the receiving state.
Contribution to New York's Energy Goals
The project plays a pivotal role in New York State's broader renewable energy strategy, specifically contributing to the state's target of 9 GW of offshore wind capacity by 2035. As a utility-scale installation, Sunrise Wind provides a substantial portion of this aggregate goal, helping to diversify New York's energy mix and reduce reliance on fossil fuels. These specifications highlight the scale of modern offshore wind technology being deployed to meet state-level policy objectives.
Operated by Ørsted US Offshore Wind, the facility is currently under construction with a scheduled commissioning date of 2027. The successful deployment of this HVDC-linked farm serves as a proof-of-concept for future projects in the region, demonstrating the viability of direct current transmission for offshore wind developments along the Eastern Seaboard. This technological precedent may influence the design and transmission strategies of subsequent wind farms aiming to contribute to New York's 9 GW target.
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