Dogger Bank Wind Farm

Dogger Bank Wind Farm
David Robinson · CC BY-SA 2.0 · source
Name	Dogger Bank Wind Farm
Location	Dogger Bank, North Sea
Status	Under construction
Construction began	2020
Commissioned	2023 (first phase)
Owner	SSE Renewables, Equinor, Vårgrønn
Wind farm type	Offshore
Turbines planned	277
Turbines manufacturer	GE Renewable Energy
Turbines model	Haliade-X
Ps electrical capacity	3.6 GW

Dogger Bank Wind Farm. It is a monumental offshore wind power project under development in the North Sea, situated on the extensive shallow sandbank known as the Dogger Bank. Upon completion, it is set to become the world's largest offshore wind farm, significantly contributing to the United Kingdom's renewable energy targets and the broader European Union climate goals. The project is a joint venture between leading energy companies SSE Renewables, Equinor, and Vårgrønn.

Overview

The project is located approximately 130 kilometres off the northeast coast of England, near the coastal towns of Hartlepool, Redcar, and Kingston upon Hull. It is being developed in three consecutive phases: Dogger Bank A, Dogger Bank B, and Dogger Bank C, each with a capacity of 1.2 gigawatts. The site was historically known for the Doggerland landmass and the Battle of Dogger Bank during the First World War. The development represents a cornerstone of the UK Government's strategy outlined in the Ten Point Plan for a Green Industrial Revolution.

Development and construction

Development rights for the zone were originally secured by the The Crown Estate through its Round 3 leasing process. The project achieved Financial Close for its first phase in November 2020, with SSE Renewables leading construction and Equinor leading operations. Key construction contracts were awarded to firms like Aibel for converter stations and Jan De Nul Group for cable installation. The first power was delivered to the UK National Grid in October 2023 from Dogger Bank A, with installation activities supported by vessels such as the Voltaire.

Technical specifications

Each phase will utilize 13 MW GE Renewable Energy Haliade-X turbines, with plans to upgrade to 14 MW models for later phases. These are among the most powerful turbines in commercial operation. The generated electricity will be transmitted via high-voltage direct current systems, with onshore converter stations located in East Riding of Yorkshire. The connection to the national grid is managed at existing substations near Beverley and Creyke Beck. The innovative technology includes advanced condition monitoring systems to optimize performance in the challenging North Sea environment.

Environmental impact and benefits

The project underwent a comprehensive Environmental Impact Assessment overseen by the Marine Management Organisation. Mitigation measures are in place to protect marine mammals like the harbour porpoise and bird species such as the kittiwake. It will make a substantial contribution to reducing carbon dioxide emissions, displacing fossil fuel generation from plants like those at Drax Power Station. The development aligns with international agreements including the Paris Agreement and supports the Biodiversity Action Plan for the region.

Economic and social aspects

The wind farm has created thousands of jobs during construction and will support long-term operational roles, with major operations and maintenance bases established at the Port of Tyne and Port of Hartlepool. It has stimulated significant investment in the Humber region, part of the broader Northern Powerhouse initiative. Supply chain benefits have extended to companies across the United Kingdom, including Siemens Gamesa and Babcock International. The project also includes a community fund for coastal communities in Yorkshire and the North East England.

Future expansion

Beyond the three confirmed phases, the broader Dogger Bank zone has potential for further development, as identified in studies by the Department for Business, Energy and Industrial Strategy. Proposals for additional capacity could support future technologies like green hydrogen production, potentially linking to projects like the Zero Carbon Humber initiative. The success of this project is likely to influence future leasing rounds by The Crown Estate and policy frameworks within the European Union and the International Energy Agency.

Category:Wind farms in England Category:Renewable energy in the United Kingdom Category:Infrastructure projects in the United Kingdom