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- Journal Article:
Diaz et al.
… regarding the preliminary evaluation of location and overall characteristics of a tidal test centre and tidal farm in the Minho River estuary at the border between Spain and Portugal. … the economic evaluation of the investment is favourable, and the development of this tidal test site is feasible and economically viable. Even, a private organism could develop this project …
- 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 …
- 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. … …
- 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, …
- Journal Article:
Cross and Rajagopalan
… A synopsis of wave energy converter (WEC) deployments at the U.S. Navy's Wave Energy Test Site (WETS), from the mid-2015 commissioning of the full three-berth site through 2019, is provided. This includes two deployments each of the Northwest Energy …
- Journal Article:
Blavette et al.
… wind farms, it may be expected that the first wave farms, under the form of small-scale test sites, will be sized with respect to electrical current limits at a first stage. This sizing …
- 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 …
- Journal Article:
Perignon
… of state of the art numerical estimations of wave energy at the SEMREV French Atlantic test site, by comparison with in-situ measurements. Power density frequency spectra from HOMERE … either offshore or onsite. The spectral signature of the error exhibits a highly non-linear site dependent behavior. Examined in conjunction with usual comparisons of standard integral …
- 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 …
- Journal Article:
Ren and Hartnett
… Tree (DT) was employed to predict surface currents in a ¼-scaled marine renewable energy test site—Galway Bay. In training and testing models, wind speed, wind direction and tidal water …
- Journal Article:
Rowell et al.
… able to extract energy with high efficiency from a wide range of flow conditions and to field test them in an environment similar to the one they are designed to eventually operate in. … version of this turbine was evaluated experimentally, deployed below a purpose-built floating test platform at two open-water tidal energy test sites in New Hampshire and Massachusetts and also in a large cross-section tow tank. …
- Journal Article:
Li et al.
… The US Navy Wave Energy Test Site (WETS) is currently operating three grid-connected berths off Marine Corps Base Hawaii in …
- Journal Article:
McCann and Bell
… X-band marine radar sited at the European Marine Energy Centre (EMEC) tidal renewable energy test site, Scotland U.K. From 24 days of data over 1.84 million target readings were recorded. For …
- 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) …
- Journal Article:
Moreno and Stansby
The M4 wave energy converter originally consisted of three in-line floats increasing in diameter (and draft) from bow to stern so that the device heads naturally into the wave direction with power take off (PTO) from a hinge above the mid float. Linear diffraction modelling was found to make quite accurate predictions of power and response. Time domain modelling was extended to a larger number…
- Journal Article:
Gish and O'Neil
… lack of infrastructure to support in-water testing. A small number of established permanent test sites exist, but these sites are often prohibitively expensive to build and operate. The … objective of this project was to develop a concept design for a small deployable marine energy test system. The solution described is a self-contained system with the capability to monitor the local environmental conditions, host and test one small wave energy converter (typically <1-kW power generation), and collect and store …
- Journal Article:
López et al.
… conversion performance of oscillating water column (OWC) wave energy converters at a specific site is often studied by means of analytical models. Based on linear theory, these models lose … basis, developers can select the most appropriate value of turbine-induced damping for a given site, based on performance values. The implementation of the novel methodology is illustrated … We find that the turbine-induced damping must be matched to the wave climate of the site for an OWC device to achieve high performance; indeed, changes in damping cause variations …
- Journal Article:
Grear et al.
… for their ability to characterize the background magnetic fields at a potential marine energy site in Sequim Bay, WA. Based on this evaluation, this study recommends an Overhauser magnetomer … background magnetic field and demonstrates the use of this sensor at a potential marine energy site. … 10.3390/jmse10050687 …
- Journal Article:
Yang et al.
… This paper presents a test bed study conducted to evaluate best practices in wave modeling to characterize energy resources. The model test bed off the central Oregon Coast was selected because of the high wave energy and available measured data at the site. Two third-generation spectral wave models, SWAN and WWIII, were evaluated. A four-level …
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