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- Conference Paper:
Lyon and Wosnik
… intensity flows. For comparison, measurements were conducted at the UNH Tidal Energy Test Site in Great Bay Estuary at General Sullivan Bridge. The purpose of the study is to supply data …
- Journal Article:
Copping et al.
… decrease the need for costly investigations of each potential effect at every new MRE project site and help move the industry beyond current barriers. …
- Journal Article:
Finneran et al.
… observed in both subjects. These reactions primarily consisted of temporary avoidance of the site where exposure to the PPD impulse had previously occurred. …
- Journal Article:
Kallis et al.
Islands have attracted growing attention as sites of renewable energy generation, both for generating commercial low-carbon energy and to improve local energy conditions. However, significant challenges exist in achieving fair distribution in the benefits and costs of developments located on or around islands and in engaging local communities on proposals for installations. A broad literature…
- Journal Article:
Laws and Epps
… five areas that are positioned to significantly impact the viability of HEC technology: (i) site assessment, (ii) turbine design, (iii) turbine wake modeling, (iv) array performance, and …
- Journal Article:
O'Donncha et al.
… canopies and the tidal energy devices. The model was applied to a designated tidal energy test site on the East Coast of the United States, Cobscook Bay, ME. The quantifiable energy production …
- Journal Article:
Langhamer
… foundations were placed in two different clusters, located north and south within the Lysekil test site at the Swedish west coast. The degree to which early recruits covered the foundations and …
- Document, Journal Article:
Hemery et al.
Marine energy devices must be attached to the seafloor by their foundations, pilings, or anchors, and will have other parts in the water column like the devices themselves, mooring lines, and power export cables running along the seafloor. The installation and presence of these artificial structures will create physical changes that can disrupt or create new habitats, and potentially alter the…
- Conference Paper:
Coates et al.
… hydrokinetic energy (MHK) development within the Pacific Marine Energy Center South Energy Test Site, located off Newport, Oregon. The goal is to establish an approach for integrating natural …
- Report:
Gaborieau et al.
… a stochastic inflow turbulence simulator. Innovative methodologies will be deployed at one test site to provide characterisations that will be further used in WP6 for the development of the …
- Journal Article:
Hammar et al.
Hydrokinetic turbines, targeting the kinetic energy of fast-flowing currents, are under development with some turbines already deployed at ocean sites around the world. It remains virtually unknown as to how these technologies affect fish, and rotor collisions have been postulated as a major concern. In this study the effects of a vertical axis hydrokinetic rotor with rotational speeds up to…
- Magazine Article:
Westbrook et al.
… funding guarantee’ TEL aims for quality not speed off Wales Sparks flying at EMEC Orkney test centre underpins Scotland’s claim to the global ocean energy crown. (Page 9) Lease in bag … financing tide Seabased to build swarm of point absorbers French eye on the prize Suite of test sites and Cherbourg manufacturing plant flag up the nation’s industrial ambitions. (Page 13) …
- Thesis:
Persson
… University. The technique of linear generators is being tested at the Swedish west coast. The test site is situated at the Bohuslän coastal area where marine geological surveys have been done for …
- Report:
Conley et al.
… evaluation of experience related to the detection of environmental impacts at EU wave energy test centres along with information gained from environmental impact assessments produced for … the impacts from introduced noise include identifying the baseline noise signal at the site of interest, the noise signature of the planned devices and the auditory sensitivity of … fact that the impacts of wave energy on marine mammals was of significant concern at all the test centres in the SOWFIA project. There are a wide range of methods for monitoring marine …
- Report:
Peterson
… for the Cobscook Bay/Western Passage, possibly the most viable commercial tidal energy site in the US, tidal power sites along with initial evaluation of the suitability of the … and better understand the potential impact of this development on the environment. Again, site-specific social science and environmental research focused on the Cobscook Bay/Western … design portion of the work is some general design parameters that can be used to assist in the site assessment and for benchmarking of proprietary designs. The design as well as the data is …
- Journal Article:
Auguste et al.
Sediment transport plays a crucial role in coastal ecosystems and is one of the least known parameters in high energy sites. The recent development of tidal energy projects challenges the scientific community to better understand this natural phenomenon and the interactions with tidal turbines. Using MIKE21/3 software from DHI, a benchmark for sediment transport model was developed with…
- Report:
Stein and Edson
… Network (SDSN). The system was deployed, operated, and tested in Cobscook Bay, Maine near the site the Ocean Renewable Power Company TidGen™ power unit. This effort resulted in a very …
- Conference Paper:
Cruz et al.
… in the study area. An acoustic campaign was carried out in September 2014. At the study site the only marine mammals occurring are cetaceans. The results indicate that the frequency …
- Journal Article:
Williamson and Blondel
… FLOWBEC-4D (Flow, Water column & Benthic Ecology 4D) is investigating these effects at test sites in Orkney (EMEC) and Cornwall (Wave Hub), with the first field deployments in …
- Journal Article:
Zhang et al.
Tidal currents represent an attractive renewable energy source particularly because of their predictability. Prospective tidal stream development sites are often co-located in close proximity. Under such circumstances, in order to maximise the exploitation of the resource, multiple tidal stream turbine arrays working in tandem would be needed. In this paper, a continuous array optimisation…
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