Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines

The development of renewable energy sources is a critical global need, and offshore wind energy is a particularly promising source. The Atlantic coast and Gulf of Mexico of the US, with large wind resources and proximity to major population centers, are natural places for such development, but so fa...

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Online Access:http://hdl.handle.net/2047/D20200503
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spelling ndltd-NEU--neu-cj82k89352021-05-26T05:11:09ZProbabilistic hazard analysis of extreme environmental conditions for offshore wind turbinesThe development of renewable energy sources is a critical global need, and offshore wind energy is a particularly promising source. The Atlantic coast and Gulf of Mexico of the US, with large wind resources and proximity to major population centers, are natural places for such development, but so far the US still does not have a single utility-scale offshore wind turbine (OWT) in its waters. Europe, in contrast, installed its first OWT more than 30 years ago and currently has several gigawatts of installed capacity. Although experience in Europe provides important insight for the US, the presence of hurricane risk in the US means that new methods must be developed for assessing financial risk and designing/certifying OWTs for the hurricane-prone US coastal environment. This study presents research results and plans to advance understanding of the hurricane risk posed to OWTs.http://hdl.handle.net/2047/D20200503
collection NDLTD
sources NDLTD
description The development of renewable energy sources is a critical global need, and offshore wind energy is a particularly promising source. The Atlantic coast and Gulf of Mexico of the US, with large wind resources and proximity to major population centers, are natural places for such development, but so far the US still does not have a single utility-scale offshore wind turbine (OWT) in its waters. Europe, in contrast, installed its first OWT more than 30 years ago and currently has several gigawatts of installed capacity. Although experience in Europe provides important insight for the US, the presence of hurricane risk in the US means that new methods must be developed for assessing financial risk and designing/certifying OWTs for the hurricane-prone US coastal environment. This study presents research results and plans to advance understanding of the hurricane risk posed to OWTs.
title Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
spellingShingle Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
title_short Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
title_full Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
title_fullStr Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
title_full_unstemmed Probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
title_sort probabilistic hazard analysis of extreme environmental conditions for offshore wind turbines
publishDate
url http://hdl.handle.net/2047/D20200503
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