Deep_Water
Deep_Water
Deep_Water
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HiPRwind – EU project<br />
Descriptions provided by the projects<br />
Design name<br />
Coordinator<br />
HiPRwind – EU project<br />
Fraunhofer IWES<br />
Programme Framework Programme 7<br />
Budget<br />
Period 2010-2015<br />
Origin<br />
€19.8m (EU support: €11m)<br />
Europe<br />
The HiPRwind project is creating and testing novel,<br />
cost effective approaches to deepwater offshore wind<br />
energy developments. In order to gain real sea experience<br />
and data, a fully functional floating megawattscale<br />
wind turbine will be deployed at an ocean test<br />
site off the coast of Spain and used as an experimentation<br />
platform. This installation is approximately on a<br />
1:10 scale of the future commercial floating wind systems<br />
for deep offshore.<br />
As the world‘s first large scale, shared access real<br />
sea research and test facility, HiPRwind will facilitate<br />
the study of new floater designs, installation methods,<br />
control engineering solutions and grid integration<br />
aspects of deep water wind. R&D includes high<br />
reliability power electronic components, new concepts<br />
for large rotors, control systems, condition and<br />
structural health monitoring. Built in active control<br />
features will reduce dynamic loads on the floater to<br />
save weight and cost compared to existing designs.<br />
R&D results will be shared with the offshore wind<br />
technology community.<br />
<strong>Deep</strong> <strong>Water</strong> - The next step for offshore wind energy 49