WFIP3 Lidar / Processed Data
This dataset contains standardized, processed data from the Leosphere WindCube V2.1 deployed at Nantucket, MA for WFIP-3. The lidar was tall tower validated in May 2023.
17 WIND ENERGY↗
Engineering topics
Cinquino, Eve
Publications and source records attributed to Cinquino, Eve.
WFIP3 High Frequency Radar / Processed Data
These data were collected by Kirincich as part of the DOE Wind Forecast Improvement Project, based on support from NOAA-IOOS, WHOI, and DOE. The data consist of estimates of the near-surface horizontal (East and North) ocean currents made via High Frequency (HF) radar-based remote sensing of the Ocean backscatter spectrum. The effective measurement depth of the WHOI HF radars is 0.5 m below the ocean surface. The WHOI HF radar system, as operated during the experiment, consisted of 4 land-based sites spaced at 30-40km intervals along the area spanning from Nantucket,MA to Narragansett,RI that operate at 16 MHz and 25 MHz systems (see Kirincich et al, 2019 and Kirincich et al 2022 for details). Received doppler spectra from each were processed using the advanced methods of Kirincich et al. 2012, and Kirincich et al 2019, and unpublished work Kirincich, 2024) into radial or elliptical velocity estimates every 30 min based on a 30 min averaging window.
17 WIND ENERGY↗
WFIP3 Lidar / Processed Data
This dataset contains preliminary processed data from the Leosphere WindCube V2.1 deployed at Nantucket, MA for WFIP-3. The lidar was tall tower validated in May 2023.
17 WIND ENERGY↗
WFIP3 Lidar / Raw Data
This dataset contains raw 1Hz data from the WHOI ASIT deployed for WFIP-3. A ZX 300M is currently installed at the tower and has been deployed there since September 2021.
17 WIND ENERGY↗