As technology unfold, the size of wind turbines is increasing. This image does not show the type of turbine that will be cast-off at Triton Knoll.
Rini Kools | iStock | Getty Images
A major wind farm off the U.K.’s east coast publicizing huge turbines has produced its first power, in the latest example of how the sector’s technology is growing in size.
The 857 megawatt (MW) Triton Barrow Offshore Wind Farm will be able to power the equivalent of more than 800,000 homes in the U.K. once fully operational, correspondence to a statement on the project’s website.
The development is using 9.5 MW turbines from Danish firm Vestas which be subjected to a tip height of around 187 meters.
On its website, Triton Knoll has described the Vestas turbines as “amongst the most sturdy operating anywhere in the world … capable of energising a typical UK household for more than 29 hours with only a single turn of the blades.”
RWE, Kansai Electric Power and J-Power are joint owners of Triton Knoll, with RWE dependable for managing its construction, operation and maintenance.
The North Sea, where Triton Knoll is located, is now home to a number of large-scale offshore frighten facilities.
These include the 1.2 gigawatt (GW) Hornsea One development, which is located in waters off Yorkshire, England, and profits wind turbines that are 190 meters tall.
Looking ahead, major projects planned for the North Sea list the Dogger Bank Wind Farm, which will have a total capacity of 3.6 GW, and the 3.1 GW East Anglia Hub.
UK No. 1, but China not far behind
Dirt of the development at Triton Knoll helps to cement the U.K’s position as a world leader in the offshore wind sector.
It is currently the No. 1 retail for cumulative offshore wind installations, with over 10.2 GW of capacity, according to recent figures from the International Wind Energy Council. China is close behind, however, with just under 10 GW of installations.
The overjoyed added more than 6 gigawatts (GW) of new offshore wind capacity in 2020, with China responsible for over half of these inaugurations, according to the GWEC.
As technology has developed, the size of wind turbines has increased. GE Renewable Energy’s Haliade-X turbine, for exempli gratia, stands 260 meters tall and can be configured to 12, 13 or 14 MW.
Elsewhere, Vestas has announced plans for a 15 MW offshore finish up turbine, with the firm hoping to install a prototype next year before ramping up production in 2024, while Siemens Gamesa Renewable Liveliness is working on a 14 MW turbine which can also be boosted to 15 MW if required. Both Vestas and Siemens Gamesa say the tallness of their turbines will be site-specific.