Floating offshore wind comes of age with break-through pipeline of projects

Thursday, 8 June, 2017 - 13:15

Floating offshore wind is no longer consigned to the laboratory: it’s a viable technology ready to be rolled out on an industrial scale, according to the latest report from WindEurope released today at the Offshore Wind Energy 2017 event in London.

Not only has the technology for floating offshore wind reached maturity, costs are also predicted to plummet in the coming years. One of the key advantages of floating offshore wind is that turbines are located further away from shores in areas with higher average wind speeds without depth constraints.
Turbines can be significantly larger on floating installations and construction, installation, operation and maintenance costs could be lower than on fixed sites. Capacity can thus be improved leading to an increased generation of electricity, allowing for cost reductions of 10% by 2020 and 25% by 2030.

Ivan Pineda, WindEurope Director for Public Affairs commented: "Floating offshore wind is no longer an R&D exercise. The technology has developed rapidly in recent years and it is now ready to be fully commercialised at utility scale projects. Adding this option to the market means more offshore wind in total and it’s this extra capacity that we will need to meet the 2030 goals".

Floating offshore wind offers a vast potential for growth. 80% of all the offshore wind resource is located in waters 60m and deeper in European seas, where traditional bottom-fixed offshore is less attractive.  At 4,000 GW, it is significantly more than the resource potential of the US and Japan combined.

Tapping into this inexhaustible resource will be key to expanding the overall capacity of offshore wind and support the EU in reaching the target of 27% of energy by renewables by 2030. As highlighted in WindEurope’s latest report, ‘Unleashing Europe’s offshore wind potential,’ offshore as a whole could in theory generate between 2,600 TWh and 6,000 TWh per year at a competitive cost – €65/MWh or below, representing 80%-180% of the EU’s total electricity demand. 

Floating offshore wind projects in Europe

Project name
Capacity
Country
Expected commissioning date
Hywind Scotland 30 MW Scotland 2017
Kincardine 48 MW Scotland From 2018
Dounreay Tri 2 x 5 MW Scotland 2018
WindFloat Atlantic 30 MW Portugal 2018-2019
French pre-commercial farms 4 x 25 MW France 2020
Atlantis/Ideol project 100 MW UK 2021
Gaelectic 30 MW Ireland 2021

 

Source: WindEurope

Similar Entries

Nezzy² in Hymendorf (pict. EnBW/Jan Oelker)

Two wind turbines on a precast concrete floating platform: that, basically, is Nezzy2. This 18 metre tall, 1:10-scale prototype is being tested by EnBW and aerodyn engineering, a north German engineering company, in a flooded gravel pit near Bremerhaven. Next, this summer, Nezzy2 is to prove itself in wind and wave conditions in the Baltic Sea.

Bluesath floating wind installation (pict. Saitec)

Bluesath floating wind platform has been installed and commissioned in its final deployment site in El Abra del Sardinero (Santander, Spain).

Van Oord’s offshore installation vessel Aeolus will be used on Sofia (pict. RWE Renewables)

RWE, the world’s number two in offshore wind, has advanced the development of Sofia Offshore Wind Farm. The company has selected the international marine contractor Van Oord as the preferred supplier for the engineering, procurement, construction and installation (EPCI) of the monopile foundations and array cables, for one of the world’s largest offshore wind projects.

MHI Vestas and Total formally announced their involvement in the Eolmed project this week (pict. Ideol)

MHIV and Total formally announced their involvement in the Eolmed project this week. These internationally recognized leaders and the project developer QAIR have agreed to combine their respective know-how’s and efforts to successfully develop and execute this 30MW pilot project.