Installing on-shore wind turbines in mountainous areas can be a logistical challenge. Transporting these vulnerable components requires a multidisciplinary preparation. TWD’s lifting-, structural- and marine engineers work together to develop the most suitable methods and related installation equipment. Recently, TWD’s engineers gladly assisted Anipsotiki with the required marine analyses to assure a flawless transport of these Vestas components to the Greek island of Evia.
Take a look at our Marine Engineering Services page to learn more about how TWD can assist in your next project.
Naval Engineering Track Record
#Method Engineering, Equipment Design, Marine Engineering, Mooring Analysis, Heavy Transport, Vestas, Greece
The Vestas V164 is one of the most powerful turbines in the world, with only a few vessels being capable to transport and install the WTG components. Boskalis and Van Oord both needed to install these turbines on different wind farms: Aberdeen Bay, Norther, Deutsche Bucht and Borselle 3&4. Mobilizing the grillages for multiple projects on different vessels required smart and easy connections to the deck. Moreover, extreme tower dimensions resulted in towers experiencing significant loading due to the vortex induced vibrations. In combination with transit loads, the design of the transportation grillages was driven by the fatigue life. Both clients requested the grillage to be lightweight and that no underdeck reinforcement of their vessels would be required.
TWD has designed transport and installation equipment for Wind Turbine Generator (WTG) components for over 20 offshore wind farms.
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