Images and Videos
From turbines to energy storage and location maps, here you will find a selection of press images and videos to use free of charge.
Image Bank
Click through the categories to find a range of images free of charge.
Please credit Ørsted for any images you use.
For enquires about commercial use please contact pauha@orsted.com.
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- UK Offshore Wind Farms
- Location of UK Offshore Wind Farms
- Construction of Offshore Wind Farms
- Renescience
- Energy Storage
- Logo and Infographics
Barrow
Barrow produces enough electricity to power over 80,000 UK homes annually.
Number of turbines: 30
Generation capacity: 90MW
Commercial operation: 2006
Burbo Bank
Burbo Bank produces enough electricity to power over 80,000 UK homes annually.
Number of turbines: 25
Generation capacity: 90MW
Commercial operation: 2007
Burbo Bank Extension
Burbo Bank extension produces enough electricity to power over 230,000 UK homes.
Number of turbines: 32
Generation capacity: 258MW
Commercial operation: 2017
Gunfleet Sands
Gunfleet Sands produces enough electricity to power over 150,000 UK homes annually.
Number of turbines: 48
Generation capacity: 173MW
Commercial operation: 2010
Hornsea One
Hornsea One is the largest offshore wind farm in the world and produces enough energy to power well over one million homes.
Number of turbines: 174
Capacity: 1.2 GW
Commercial operation: 2020
Hornsea One
Hornsea One is the largest offshore wind farm in the world and produces enough energy to power well over one million homes.
Number of turbines: 174
Capacity: 1.2 GW
Commercial operation: 2020
Hornsea One
Hornsea One is the largest offshore wind farm in the world and produces enough energy to power well over one million homes.
Number of turbines: 174
Capacity: 1.2 GW
Commercial operation: 2020
Hornsea One
Hornsea One is the largest offshore wind farm in the world and produces enough energy to power well over one million homes.
Number of turbines: 174
Capacity: 1.2 GW
Commercial operation: 2020
Lincs
Lincs produces enough electricity to power over 240,000 UK homes annually.
Number of turbines: 75
Generation capacity: 270MW
Commercial operation: 2012
London Array
London Array produces enough electricity to power over 560,000 UK homes annually.
Number of turbines: 175
Generation capacity: 630MW
Commercial operation: 2012
Walney
Walney produces enough electricity to power over 320,000 UK homes.
Number of turbines: 102
Generation capacity: 367 MW
Commercial operation: 2012
Walney Extension (Siemens Gamesa 7MW turbines)
Walney Extension, located in the Irish Sea, is the world’s largest operational offshore wind farm, generating clean electricity for nearly 600,000 homes.
The project was inaugurated on 6 September 2018.
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Walney Extension
Walney Extension, located in the Irish Sea, is the world’s largest operational offshore wind farm, generating clean electricity for nearly 600,000 homes.
The project was inaugurated on 6 September 2018.
Walney Extension
Walney Extension, located in the Irish Sea, is the world’s largest operational offshore wind farm, generating clean electricity for nearly 600,000 homes.
The project was inaugurated on 6 September 2018.
West of Duddon Sands
West of Duddon sands produces enough electricity to power over 340,000 UK homes annually.
Number of turbines: 108
Generation capacity: 389MW
Commercial operation: 2014
Westermost Rough
Westermost Rough produces enough electricity to power over 180,000 UK homes annually.
Number of turbines: 35
Generation capacity: 210 MW
Commercial operation: 2015
Aerial view
This is an aerial view of our Renescience facility in Northwich, Cheshire. This plant will use Ørsted's patented Renescience technology and will be the first full-scale bio plant in the world capable of handling waste through enzymes, mechanical sorting and anerobic digestion.
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Combined Heat and Power engines
This is a picture of the CHP (Combined Heat and Power) engines. The gas is ignited in a ‘gas engine’ which turns an electricity generator than produces power. The Renescience facility in Northwich have four engines each producing 1.5MW and waste heat to help power the system.
Digesters
The large green tanks are called Digesters. They mix the bioliquid allowing the bacteria to produce the methane (biogas). The gas is stored in the grey hats (the covering above the green tanks) before going to the CHP's (Combined Heat and Power engines). There are four Digesters at the Renescience facility in Northwich.
Gas and Digestate Transfer Pipes
This is a photo of pipes within the Anaerobic Digestion (AD) bund. They transfer the gas from the AD plant to the Combined Heat and Power (CHP) engines . The digestate is removed from the Digesters to be warmed to 40 degress and then returned and ultimately removed from the system.
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Reactors
This is a photo of two Reactors. This is where the waste is "washed" with enzymes and hot water.
Waste Grab
This is a photo of the waste reception bunker. The bunker receives fresh waste from the delivery vehicles, which is transferred into the plant by use of the waste grab.
You can see the window of the control room [top right corner] where the grab is controlled either manually or automatically.
Carnegie Road
Carnegie Road is our first commercial stand-alone battery energy storage system.
- 20 megawatt (MW) battery
- 3 battery containers
- Location: Liverpool
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