Deep_Water
Deep_Water
Deep_Water
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Chapter 2: The introduction of deep offshore designs<br />
No. Project name Company Type of floater<br />
6 <strong>Deep</strong>water Innovative<br />
Wind<br />
Energy Technology<br />
(DIWET)<br />
Semisub<br />
7 Eolia Renovables<br />
de<br />
Inversiones<br />
(EOLIA)<br />
8 PelastarWave-<br />
Hub<br />
Pole Mer Semi - submersible<br />
floater<br />
Acciona Energy SPAR, Tension leg<br />
platform (TLP) and<br />
semisubmersible<br />
The Glosten Associates Floating platform<br />
system demonstrator<br />
Demo/Pilot Prototype Pre-Production/Serial<br />
Scale Year Turbine size (MW)<br />
Tanks testing<br />
on 1:40<br />
scale three<br />
floating<br />
wind turbine<br />
models<br />
Date of<br />
deployment<br />
Turbine size<br />
(MW)<br />
Provisional<br />
date of<br />
deployment<br />
Origin<br />
France<br />
2011 5 MW Spain<br />
6 MW 2016 UK<br />
9 IDEOL IDEOL Concrete floater Tank test 2012 5-6 MW 2013 50 MW pre -<br />
series wind<br />
farm<br />
10 FLOTTEK Consortium led by Gamesa,<br />
including Iberdrola<br />
Tension leg turbine<br />
platform<br />
11 GICON TLP GICON et al Modular tension leg<br />
platform<br />
12 Floating Haliade<br />
Alstom Tension leg buoy<br />
(TLB) for water<br />
depths between<br />
50m to 80m and<br />
TLP for water depths<br />
between 80m to<br />
300m<br />
13 FLOATGEN Gamesa, IDEOL, Stuttgart<br />
University, Acconia<br />
Windpower, Navantia, Olav<br />
Olsen, RSK Environment<br />
Ltd, Greenovate! Europe,<br />
Acciona Energy<br />
14 Hexicon platform<br />
Ring shaped surface<br />
floating platform<br />
Semi-submersible<br />
1:25<br />
Tank test<br />
2015 France<br />
2 MW Spain<br />
2013 2 MW 2014 2014 Germany<br />
6 MW France<br />
2 MW and 3 MW 2015 Spain<br />
Hexicon Floater 54 MW wind<br />
and 15 MW<br />
wave<br />
2014-2015 Sweden<br />
22 <strong>Deep</strong> <strong>Water</strong> - The next step for offshore wind energy