Several approaches can be used for estimating tidal power potential. From a theoretical
point of view, others have shown that the problem can be reduced to a single or multiple …

Extracting power from the tide is a potential avenue for renewable energy production but is
also a significant engineering challenge. This challenge has many different aspects but the …

The maximum tidal power potential of Johnstone Strait, BC, Canada is evaluated using a
two-dimensional finite element model (TIDE2D) with turbines simulated in certain regions by …

A simple method for estimating the potential of currents in tidal channels to produce power is
presented. The method only requires measurement of the peak tidal volume transport …

Hydrodynamic modelling is an important tool for the development of tidal stream energy
projects. Many hydrodynamic models incorporate the effect of tidal turbines through an …

Recent developments in turbine technology allow the extraction of kinetic energy from tidal
flows. This method of renewable energy generation is gaining popularity because of the …

Estimating the extractable power of tidal currents in channels is a practical question that has
received attention recently. Analysis has clearly shown that the power potential is not given …

There is an apparent lack of understanding of the tidal resource and its response to
harvesting of energy among the principal proponents of the fledgling UK tidal energy …

Synopsis Application of 2-d and 3-d numerical tidal models in the marine renewable energy
field has typically been to identify appropriate sites for marine energy extraction and quantify …

Large tidal currents exist in Minas Passage, which connects Minas Basin to the Bay of Fundy
off the northwestern coast of Nova Scotia. The strong currents through this deep, narrow …