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- Conference Paper:
Barrett et al.
… A benign quarter scale test site for floating wave energy devices has been provided off the west coast of Ireland in a mn … wave model SWAN for the year 2000, and a non-directional wave recording buoy in situ since the test site’s inception in late 2005. Analysis of this data has shown that there are high …
- Journal Article:
Cahill and Lewis
… The Atlantic Marine Energy Test Site (AMETS), a grid connected test area for the deployment of full scale Wave Energy Converters (WECs), is being developed by …
- Journal Article:
Osalusi et al.
… were performed in the bottom boundary layer of the European Marine Energy Centre (EMEC) tidal test site using Acoustic Doppler Current Profilers (ADCPs). Flood and ebb currents exceed 1.4 ms− 1 …
- Conference Paper:
Lawrence et al.
… To support and improve the evaluation of the test results of wave energy and tidal energy generators, it is important to understand the detailed physical conditions at the test sites. EMEC has chosen DHI’s MIKE modelling technologies for studying water levels, currents and waves at their test sites. DHI has assisted EMEC in constructing numerical hydrodynamic and wave models of the …
- Journal Article:
Hsu et al.
… Assessment of Kuroshio power test site was performed by considering major ruling factors, including in-situ measurement, GIS … All ruling factors considered are integrated by the GIS data base. The optimal power test site is thus determined based on the superposition of all influence factors. … …
- Conference Paper:
Lawrence et al.
… To support and improve the evaluation of the test results of wave energy and tidal energy generators, it is important to understand the detailed physical conditions at the test sites. EMEC has chosen DHI’s MIKE modelling technologies for studying water levels, currents and waves at their test sites. DHI has assisted EMEC in constructing numerical hydro- dynamic and wave models of the …
- Journal Article:
Atan et al.
… Wave characteristic assessments of wave energy test sites provide a greater understanding of prevailing wave conditions and are therefore extremely important to both wave energy test site operators and clients as they can inform wave energy converter design, optimisation, …
- Thesis:
Cahill
… the wave energy resource that has been measured and modelled at the Atlantic Marine Energy Test Site, a facility for conducting sea trials of floating wave energy converters that is being … of the fundamental nature of the wave energy resource at the Atlantic Marine Energy Test Site. The results presented here also have a wider relevance, and can be considered typical …
- Report:
Dallman and Neary
… met-ocean data and wave energy characteristics at three U.S. wave energy converter (WEC) test and potential deployment sites. Its purpose is to enable the comparison of wave resource characteristics among sites as well as the selection of test sites that are most suitable for a developer’s device and that best meet their testing needs … WEC tests, including the planning of deployment and operations and maintenance. For each site, this report catalogues wave statistics recommended in the (draft) International …
- Conference Paper:
Blavette et al.
… grid to which they are connected. Assessing this impact on the local network of a potential test site is hence an important step in the selection process of a suitable deployment location. However, site-specific grid impact assessment studies are relatively time-consuming and require a detailed …
- Journal Article:
Browning et al.
… model verification study in MHKiT. Using Delft3D, a numerical model of the Tanana River Test Site (TRTS) at Nenana, Alaska was created. Field data from the site was collected using an Acoustic Doppler Current Profiler (ADCP) at the proposed Current …
- Report:
Li and Cheung
… at six sites around the islands. Two of the sites are located within the US Navy Wave Energy Test Site (WETS) offshore of the Marine Corps Base in Kaneohe, Oahu. One is collocated with a … depth, where tests will be conducted and the other at a shallower depth of 58 m is a potential site. The other 4 are potential sites at Kilauea, Pauwela, Upolu, and South Point at the north …
- Report:
Dallman and Neary
… met-ocean data and wave energy characteristics at eight U.S. wave energy converter (WEC) test and potential deployment sites. Its purpose is to enable the comparison of wave resource characteristics among sites as well as the selection of test sites that are most suitable for a developer’s device and that best meet their testing needs … WEC tests, including the planning of deployment, and operations and maintenance. For each site, this report catalogues wave statistics recommended in the International Electrotechnical …
- Journal Article:
Atan et al.
… for wave energy devices from small-scale testing in laboratory wave tanks to the Galway Bay Test Site (GBTS), located in a sheltered bay, and the full-scale Atlantic Marine Energy Test Site (AMETS) exposed to the Atlantic Ocean on its west coast. This research investigates the …
- Conference Paper:
Andersen et al.
… of the environmental monitoring programme currently ongoing at Vattenfall’s/Tussa’s wave power test site "Maren", on the Norwegian west coast. The purpose of the environmental monitoring is … gain experiences about the design and management of an environmental monitoring programme and test a variety of monitoring methodologies and equipment. The primary environmental parameters …
- Conference Paper:
Ren et al.
… Galway Bay has one of the world’s few open water marine renewable test sites and so is of national and international interest. A high frequency radar system has …
- Journal Article:
Gaspar et al.
… into a simple one‐dimensional model and used for upper ocean simulations at two very different test sites: the station Papa in the Gulf of Alaska and the Long‐Term Upper Ocean Study (LOTUS) …
- Report:
Sellar
… around a commercial scale (1MW) tidal turbine developed by Alstom deployed at EMECs Tidal Test Site with the aim of producing a comprehensive suite of data on turbine operation, the flow field … areas that were left out). It is hoped that it serves as an overview to the field of tidal site characterisation specifically for those likely to go on to delve deeper in order to …
- Conference Paper:
Evans et al.
… for devices. Tidal stream energy developers seldom design devices to suit a particular site, rather devices are designed and suitable sites located subsequently. This reduces the … space is generally limited, it would be more beneficial for developers to design devices once site conditions/constraints are better understood. An open-source tool is being developed that determines the physical constraints of a site based primarily on bathymetry and current velocities (measured and/or modelled). This tool …
- Conference Paper:
Mercier and Guillou
… temporal coverages. LES has been validated for the simulation of turbulence at a tidal power site, with a spatial coverage of about 0.5 km² and a temporal coverage of about 30 minutes [2,3]. … to simulate the vortices generated at the rocky seabed of the Paimpol-Bréhat tidal turbine test site (France). A tracking method is used to follow the movement of turbulent motions (see Figure …
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