Description
The spinning blades of offshore wind turbines cause interference with high-frequency radars (HFR). The first five offshore wind turbines in the USA were installed in 2016 off Block Island, Rhode Island, near six coastal oceanographic SeaSonde HFR. This study is aimed to understand the impact of these wind farms on the national costal HFR network, and to develop techniques that mitigate the impact of turbine interference on all the radar data products.
Award Amount
USD: $543,363
Funding
Type
contract
Funder
U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies Program
Funder ID
https://doi.org/10.13039/100012475
Award Dates
2016-09-23 → 2018-09-22
Award Number
M16PC00017
DOI / Resource
Field Xml File
100149.xml
(2.24 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:Impact Assessment of Offshore Wind Turbines on High Frequency Coastal Oceanographic RadarAuthors:D Trockel, I Rodriguez-Alegre, D Barrick, C WhelanPublication Year:2018Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Washington D.C.Report Number:BOEM 2018-053Contract #:M16PC00017Award DOI:10.67297/9A1DB5Report DOI:10.67297/018759Field Xml File100185.xml (2.63 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:Impact assessment and mitigation of offshore wind turbines on high frequency coastal oceanographic radarAuthors:D Trockel, I Rodriguez-Alegre, D Barrick, C WhelanPublication Year:2018Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Washington D.C.Report Number:BOEM 2018-053Contract #:M16PC00017Award DOI:10.67297/9A1DB5Report DOI:10.67297/01AEA0Field Xml File110240.xml (2.64 KB)