Tomorrow, the pinnacle event in the British agricultural calendar opens.  The Royal Welsh Show is...
View all news
Contact us

Unit 9, Atlas House
Bedwas Business Park
CF83 8DU

T: 029 20880222
F: 029 20880676
E: sales@chemcorp.co.uk


UK floating wind capacity could reach 20GW by 2050


Floating offshore windfarms could provide up to 20GW of generation capacity by the middle of the century, a study commissioned by the Crown Estate Scotland has found.

The analysis conducted by the Offshore Renewable Energy (ORE) Catapult also suggests they have the potential to add £33.6bn to the UK economy between 2031 and 2050.

“Floating wind is an important counterpart to fixed offshore wind and will make an increasingly important contribution to realising the full potential of the sector,” the report explains. “Longer term, floating wind can contribute at least 10GW towards the UK achieving 50GW of offshore wind capacity by 2050 and large-scale deployment of floating wind will be imperative if the UK is to realise ambitions in excess of 50GW.”

The study looked at two different scenarios – a base case and high case. The UK accounts for a significant share of global installations in both. In the base case, 10GW of floating wind capacity is built in the UK by 2050, whilst 44GW is deployed around the rest of the world. The figures rise to 20GW and 95GW respectively in the high case.

(image courtesy of edie)

In October last year, Scotland’s first minister, Nicola Sturgeon, opened the world’s first floating windfarm located 25 kilometres off the coast of Aberdeenshire.

Stephanie Conesa, policy manager at Scottish Renewables, said: “Scotland’s deep waters, with some of Europe’s strongest winds, provide ideal conditions for the testing and deployment of floating offshore wind turbines, and are part of the reason why our seas are home to Hywind, the world’s first floating wind farm.

“The recent publication of Marine Scotland’s draft Sectoral Marine Plan for Offshore Wind Energy, which sets out potential future locations for offshore wind farms in Scotland’s seas, makes the success of floating offshore wind in Scotland more important than ever. Floating wind provides an enormous economic opportunity for Scotland and its development, as well as that of other earlier-stage technologies, has the potential to provide renewable electricity in locations where other renewable energy devices cannot be deployed.”

She said the 30MW Hywind Scotland project marked an “exciting development for renewable energy in Scotland.” The windfarm has since been upgraded with a 1MW battery storage system dubbed “Batwind”.The batteries will be used to explore how best to maximise the value of the power generated.

Source: edie

Chemical Corporation (UK) Ltd offers a complete wind turbine service package which can include lubricant exchange and product filtration.  Our service include the supply of Mobilgear SHC XMP 320 gear oil which is the preferred choice of many of the industry's OEM’s and is currently used in over 40,000 wind turbines worldwide.

We also offer Mobil SHC Gear 320 WT - Wind Turbine Gearbox Oil, a product with second to none performance in rugged and extreme conditions which would be optimally combined with Mobil SHC Grease 102 WT. Mobil SHC Gear 320 WT is the first wind turbine oil to achieve a conformity statement by DNV GL, one of the world’s leading certification bodies for renewable energy projects. The advanced synthetic oil received the globally recognised accolade for reliability and cost saving benefits.

Contact our Operations Director Steve Stewart by email at steve.stewart@chemcorp.co.uk or call 02920 880222 to find out how our mobile gearbox oil exchange systems can provide you with huge cost savings for wind turbine gearbox oil changes or for any queries relating to Mobil Wind Turbine lubricant solutions.




Mobil SHC LogoSage Oil Vac Wind LogoPALL LogoCJC Logo