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- 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:
Ringsberg et al.
… was developed that used the recorded motion data to compute the sea state conditions at the test site. The simulated WEC motions based on the computed sea states agreed very well with the … are typically preferred in numerical simulations. However, influences from the tide at the test site showed that sea states were normally stationary for only 1–2 h. The measured and …
- Journal Article:
Temiz et al.
… WEC performance is simulated using monochromatic waves for the wave conditions of the Wave Hub test site, UK. The linear wave theory is used in a hydro-mechanical two-body simulation model. It is …
- Conference Paper:
Potapenko et al.
… waves and the annual average power output is estimated for the wave climate at the Lysekil test site. Cummins equation and State Space Method are utilized to calculate the body motion in time …
- Conference Paper:
Bonnard et al.
… converter farm based on point absorbers that could be installed in the vicinity of the SEM-REV site. The approach considers the electrothermal behaviour of the export cable in combination with … techno-economic aspects. The method can be used to extend the power export capability of a test site at no cost, which could be very interesting to install more marine renewable energy (MRE) …
- Journal Article:
Engström et al.
… and the power capture ratio is studied for real ocean wave data collected at the research test site. It is found that the power capture ratio for the two body system can be increased from 30% …
- Conference Paper:
Neary et al.
… Electrotechnical Commission (IEC) 62600-2 design standard. It is demonstrated for a test DLC analysis case for the Reference Model 3 (RM3) point absorber at the PacWave South test site. This test case highlights some of the challenges determining design load requirements and …
- Journal Article:
Meng et al.
… the yearly mean power output of the SPAMD with optimal mass distribution was assessed at three test sites near Yeu Island (France), Perth (Australia) and Sydney (Australia). It was found that …
- Journal Article:
Ahmed et al.
… S-shaped buoy (SB) for operation in the wave climate of the National Shallow Sea Comprehensive Test Site in China. The PTO used a ball screw-based transmission system to harvest wave energy during … energy conversion efficiency above 50%. The experiments showed that under identical design and test conditions, the S-shaped buoy (SB) could achieve a 34% greater RMS heave response than the …
- Journal Article:
Liu et al.
… of its buoy array and hydraulic pressure system (HPS) for wave-energy conversion. Field test data indicated that the energy-converting efficiency of the direct-drive design was … Matlab was set-up to study the energy output of the HPS-HAS under the wave conditions of the test site. It was shown that four buoys could charge ten accumulators in half an hour under local …
- Conference Paper:
Walsh et al.
… during the operation of the Fred Olsen Lifesaver wave energy converter at the Falmouth Bay Test site (FaBTest, SW UK) is used to demonstrate this novel application. The case study provides …
- Thesis:
Chatzigiannakou
… 14 WECs of various designs have been developed and deployed offshore, at the Lysekil research site (LRS), on the Swedish west coast and in Åland, Finland. The UU device is a point absorber … the UU devices main principle. SAB deployments were conducted in Sotenäs, Sweden, at the Maren test site (MTS) in Norway; and in Ada Foah, Ghana. The active participation and the thorough study of …
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