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2016 | OriginalPaper | Chapter

Present and Future of Floating Offshore Wind

Authors : Sara Ferreño González, Vicente Diaz-Casas

Published in: Floating Offshore Wind Farms

Publisher: Springer International Publishing

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Abstract

Europe, USA and Japan are positioning for offshore wind renewable energy becomes an option in order to reduce their energy dependence on fossil fuels. This is especially a key factor in countries that does not have its own fossil fuel resources. Given the characteristics of our continental shelf, it is expected that these platforms for harnessing the wind energy will be installed in locations away from the coast (offshore) and in 50+ deeper waters. This will lead to a new scenario that request new concepts and engineering solutions based on become floating structures (moored and anchored to the seabed). These new requirements and the economical constrains of this type of energies has made that nowadays we are in a stage of proof of concepts without a clear candidate to become the dominant technology in the near future. Therefore, in this chapter an overview of present and future trends in floating offshore wind technology is presented. The objective of this overview is to structure the different concepts and clarify the advantages and disadvantages of each.

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Literature
1.
go back to reference European Commission (2012) Blue growth opportunities for marine and maritime sustainable growth European Commission (2012) Blue growth opportunities for marine and maritime sustainable growth
2.
go back to reference Global Wind Energy Council (2015) Global wind statistics 2014 Global Wind Energy Council (2015) Global wind statistics 2014
3.
go back to reference Japan Wind Power Association (2014) Target and roadmap for Japanese wind power Japan Wind Power Association (2014) Target and roadmap for Japanese wind power
4.
go back to reference European Wind Energy Association (2015) EWEA: the European offshore wind industry—key trends and statistics 2014 European Wind Energy Association (2015) EWEA: the European offshore wind industry—key trends and statistics 2014
5.
go back to reference European Wind Energy Association (2013) Deep water, July European Wind Energy Association (2013) Deep water, July
6.
go back to reference James R, Costa Ros M (2015) Floating offshore wind : market and technology review, June James R, Costa Ros M (2015) Floating offshore wind : market and technology review, June
7.
go back to reference Butterfield CP, Musial W, Jonkman J, Sclavounos P, Wayman L (2007) Engineering challenges for floating offshore wind turbines Butterfield CP, Musial W, Jonkman J, Sclavounos P, Wayman L (2007) Engineering challenges for floating offshore wind turbines
8.
go back to reference Jonkman J, Matha D (2010) A quantitative comparison of the responses of three floating platforms. In: European offshore wind 2009 conference and exhibition, vol 1, p 21, March Jonkman J, Matha D (2010) A quantitative comparison of the responses of three floating platforms. In: European offshore wind 2009 conference and exhibition, vol 1, p 21, March
9.
go back to reference C.O. Technology and E. Enforcement (2013) Design guideline for stationkeeping systems of floating offshore wind turbines, June C.O. Technology and E. Enforcement (2013) Design guideline for stationkeeping systems of floating offshore wind turbines, June
10.
go back to reference Navigant Consulting (2013) Offshore wind market and economic analysis-Annual market assessment, p 126 Navigant Consulting (2013) Offshore wind market and economic analysis-Annual market assessment, p 126
11.
go back to reference Lewandowski CM (2013) The future of offshore wind Lewandowski CM (2013) The future of offshore wind
12.
go back to reference Smith A, Stehly T, Musial W (2015) 2014–2015 offshore wind technologies market report technologies market report Smith A, Stehly T, Musial W (2015) 2014–2015 offshore wind technologies market report technologies market report
17.
go back to reference Pineda I, Azau S, Moccia J, Wilkes J (2014) Wind in power: 2013 European statistics. Technical Report, pp 1–12, February Pineda I, Azau S, Moccia J, Wilkes J (2014) Wind in power: 2013 European statistics. Technical Report, pp 1–12, February
Metadata
Title
Present and Future of Floating Offshore Wind
Authors
Sara Ferreño González
Vicente Diaz-Casas
Copyright Year
2016
DOI
https://doi.org/10.1007/978-3-319-27972-5_1