Simultaneous wind resource and oceanographic data are available from an offshore monitoring tower in Nantucket Sound, off the coast of Massachusetts. These data provide an excellent opportunity to investigate how oceanographic data can be used to aid offshore wind resource assessment evaluations. This study considered whether wave height and/or tide height data could be used to improve the wind speed profile predictions of the ‘log law ’ model at this site. In the shallow, protected waters of Nantucket Sound, tidal variations were found to have little affect on the predicted mean wind profile. Standard roughness length models under-predicted the mean wind profile
In 2005 the Energy research Centre of the Netherlands (ECN) published its first version of the Offsh...
In 2005 the Energy research Centre of the Netherlands (ECN) published its first version of the Offsh...
Monin-Obukhov theory predicts the well-known log-linear form of the vertical wind speed profile. Two...
The rise and fall of the sea surface due to tides effectively moves an offshore wind turbine hub thr...
The rise and fall of the sea surface due to tides effectively moves an offshore wind turbine hub thr...
The rise and fall of the sea surface due to tides effectively moves an offshore wind turbine hub thr...
The rise and fall of the sea surface due to the tide effectively moves an offshore wind turbine hub ...
The northeastern coast of the U.S. is projected to expand its offshore wind capacity from the existi...
iii The development of offshore wind energy in the United States will be accelerated if floating win...
Motivated by the current Rhode Island Ocean SAMP (Special Area Management Plan) project and the grow...
The Ocean Ranch project is an offshore wind farm proposed for two sites in Nantucket Sound, south of...
To properly assess the energy and waves at a region, it is vital to obtain suitable long term metoce...
The validity and accuracy of the Weibull distribution to represent wind speed distributions and esti...
The validity and accuracy of the Weibull distribution to represent wind speed distributions and esti...
Master's thesis in Structural engineeringThe use of wind energy for power purposes has a long histor...
In 2005 the Energy research Centre of the Netherlands (ECN) published its first version of the Offsh...
In 2005 the Energy research Centre of the Netherlands (ECN) published its first version of the Offsh...
Monin-Obukhov theory predicts the well-known log-linear form of the vertical wind speed profile. Two...
The rise and fall of the sea surface due to tides effectively moves an offshore wind turbine hub thr...
The rise and fall of the sea surface due to tides effectively moves an offshore wind turbine hub thr...
The rise and fall of the sea surface due to tides effectively moves an offshore wind turbine hub thr...
The rise and fall of the sea surface due to the tide effectively moves an offshore wind turbine hub ...
The northeastern coast of the U.S. is projected to expand its offshore wind capacity from the existi...
iii The development of offshore wind energy in the United States will be accelerated if floating win...
Motivated by the current Rhode Island Ocean SAMP (Special Area Management Plan) project and the grow...
The Ocean Ranch project is an offshore wind farm proposed for two sites in Nantucket Sound, south of...
To properly assess the energy and waves at a region, it is vital to obtain suitable long term metoce...
The validity and accuracy of the Weibull distribution to represent wind speed distributions and esti...
The validity and accuracy of the Weibull distribution to represent wind speed distributions and esti...
Master's thesis in Structural engineeringThe use of wind energy for power purposes has a long histor...
In 2005 the Energy research Centre of the Netherlands (ECN) published its first version of the Offsh...
In 2005 the Energy research Centre of the Netherlands (ECN) published its first version of the Offsh...
Monin-Obukhov theory predicts the well-known log-linear form of the vertical wind speed profile. Two...