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Upper Limit for Tidal Turbines
Christian Schmitz, Peter F. Pelz
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Chapter Tidal Turbine Generators
Recently, tidal stream turbines have become a preferable mode of harvesting tidal energy. The main issue for low utilization of tidal energy is the high levelized cost of energy (LCoE) from tidal stream turbines. A major reason for this is the high operation and maintenance costs for submerged installations.
Polinder, Henk +2 more
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Environmental & load data: 1:15 Scale tidal turbine subject to a variety of regular wave conditions. [PDF]
Draycott S +7 more
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Observations of marine animal interactions with a small tidal turbine. [PDF]
Cotter E +8 more
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Energy storage inherent in large tidal turbine farms. [PDF]
Vennell R, Adcock TA.
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Sheared turbulent flows and wake dynamics of an idled floating tidal turbine. [PDF]
Lieber L +3 more
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On the Performance of a Horizontally Mounted ADCP in an Energetic Tidal Environment for Floating Tidal Turbine Applications. [PDF]
Dillenburger-Keenan J +2 more
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Dimensioning Loads for a Tidal Turbine
The main dynamic loads on a tidal turbine are due to the tidal current variation, turbulence, wave-current interaction and wake from the tower and upstream turbines. The design of the turbine is highly dependent on the dynamic loads acting on the turbine's blades and its structure. Cyclic loading and unloading of any material over a period of time will
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A series of tidal turbine tests were conducted in a tidal estuary (the Sea Scheldt, Belgium) as a part of activities of the European project Pro-Tide (Interreg IVB NW Europe). Two prototypes of in-stream vertical axis tidal turbine were tested in real conditions during several weeks in winter 2014 and late summer 2015. Tidal current velocity variations
Sentchev, Alexei +2 more
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