Project start         Structural design milestone                       Commissioning                                 Proj...
Share of offshore wind resources in selected European countries100%80%            > 50 m water depth60%40%                ...
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Hi pr wind_flyer

  1. 1. Project start Structural design milestone Commissioning Project endLate 2010 Late 2011 Summer 2013 Nov. 2015 Design Fabrication Installation and Operation, research and development commissioning HiPRWind High Power,PROJECT TIMELINE & CONSORTIUM High Reliability OffshoreThe EPC (Engineering, Procurement and Construction) process in During the fabrication and installation / commissioning phase, a Wind TechnologyHiPRWind draws upon the strong industry participants such as well-proven 1.5 MW turbine will be adapted for offshore opera-Acciona, IDESA, Vicinay Cadenas, Technip and ABB, supported by tion. The operational research phase is defined for two years anda design team including Olav Olsen, TWI and Bureau Veritas. The involves all the Consortium members including the R&D and SMEfirst year of the project has been dedicated to finding a technically participants.and economically sound solution for the floating test platform. Preliminary design for a 10 MW turbine Turbine rated power 10 MW Rotor diameter 163 m Hub height above SWL 117 m Floater dimensions Operating draft 24 m Operating displacement 16300 t Ballast water in operation 5000 t Column center distance 63 m Structural steel weight floater 5000 t Heave period 20 sec THE CONSORTIUM Graph: Acciona Current floater design Graph: Olav Olsen Contacts The HiPRWind project receives fund- HiPRWind (read “hyperwind”) is an EU project introducing a new that the consortium of 19 partners will work together, to develop jochen.bard@iwes.fraunhofer.de ing from the European Union Seventh cross-sectoral approach to the development of very large offshore innovative structural solutions and component technology for very louis.quesnel@iwes.fraunhofer.de Framework Programme (FP7/200Con2013) wind turbines. Focused on floating systems, this 5-year pan-Euro- large wind power installations in medium to deep waters. Results hanssen@1-tech.net pean R&D effort will develop and test new solutions for enabling of general interest will be shared within the broader R&D commu- under grant agreement n0 256812. www.hyperwind.eu offshore wind technologies at an industrial scale. The project is nity working on future wind energy solutions. designed with an “open architecture, shared access” approach in
  2. 2. Share of offshore wind resources in selected European countries100%80% > 50 m water depth60%40% 0 - 50 m water depth20% 0% IE ES NO PT UK FR IT others SE FI DK NL DE BE

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