Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake)

Research output: Contribution to conferenceConference abstract for conferenceResearch

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Abstract

The project OffshoreWake will investigate and solve new issues in offshore wind resource estimation and the conversion to power calculation, arising from wake effects of wind farms as the number and size of offshore wind farms grow. The focal point of OffshoreWake is to develop a calculation system that adds the large scale offshore wind farm wake (WFW) to wind-to-power calculation system. At the same time it is essential to consider the effects from a series of external factors, including varying weather conditions, stability and wave conditions. The product of OffshoreWake will be a calculation system that contains five dynamically interacting components, the wind, the wake, the sea surface conditions, the wind-to-power conversion and the power system. The corresponding models for these components, with Weather Research and Forecasting (WRF) model for wind, Explicit Wake Parameterization (the EWP module in WRF) for wind farm wake, Spectral Wave model Nearshore (SWAN) for sea surface conditions, Corwind for the wind-to-power and Simba for power system. The novelty of OffshoreWake is the implementation of EWP and SWAN to the existing modeling system and improvement of the power conversion calculation. The development of the calculation system is calibrated, verified and validated with measurements, including offshore masts, SCADA and satellite data. The system will eventually be applied to existing and future offshore wind farm layouts, resource and wind power assessment.
Original languageEnglish
Publication date2018
Publication statusPublished - 2018
EventEGU General Assembly: 2018 - Vienna, Austria
Duration: 8 Apr 201813 Apr 2018

Conference

ConferenceEGU General Assembly: 2018
CountryAustria
CityVienna
Period08/04/201813/04/2018

Cite this

Larsén, X. G., Volker, P., Sørensen, P. E., Nissen, J., Du, J., Giebel, G., ... Badger, J. (2018). Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake). Abstract from EGU General Assembly: 2018, Vienna, Austria.
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title = "Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake)",
abstract = "The project OffshoreWake will investigate and solve new issues in offshore wind resource estimation and the conversion to power calculation, arising from wake effects of wind farms as the number and size of offshore wind farms grow. The focal point of OffshoreWake is to develop a calculation system that adds the large scale offshore wind farm wake (WFW) to wind-to-power calculation system. At the same time it is essential to consider the effects from a series of external factors, including varying weather conditions, stability and wave conditions. The product of OffshoreWake will be a calculation system that contains five dynamically interacting components, the wind, the wake, the sea surface conditions, the wind-to-power conversion and the power system. The corresponding models for these components, with Weather Research and Forecasting (WRF) model for wind, Explicit Wake Parameterization (the EWP module in WRF) for wind farm wake, Spectral Wave model Nearshore (SWAN) for sea surface conditions, Corwind for the wind-to-power and Simba for power system. The novelty of OffshoreWake is the implementation of EWP and SWAN to the existing modeling system and improvement of the power conversion calculation. The development of the calculation system is calibrated, verified and validated with measurements, including offshore masts, SCADA and satellite data. The system will eventually be applied to existing and future offshore wind farm layouts, resource and wind power assessment.",
author = "Lars{\'e}n, {Xiaoli Guo} and Patrick Volker and S{\o}rensen, {Poul Ejnar} and Jesper Nissen and Jianting Du and Gregor Giebel and Hasager, {Charlotte Bay} and Petr Maule and Hahmann, {Andrea N.} and Jake Badger",
year = "2018",
language = "English",
note = "EGU General Assembly: 2018 ; Conference date: 08-04-2018 Through 13-04-2018",

}

Larsén, XG, Volker, P, Sørensen, PE, Nissen, J, Du, J, Giebel, G, Hasager, CB, Maule, P, Hahmann, AN & Badger, J 2018, 'Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake)' EGU General Assembly: 2018, Vienna, Austria, 08/04/2018 - 13/04/2018, .

Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake). / Larsén, Xiaoli Guo; Volker, Patrick; Sørensen, Poul Ejnar; Nissen, Jesper; Du, Jianting; Giebel, Gregor; Hasager, Charlotte Bay; Maule, Petr; Hahmann, Andrea N.; Badger, Jake.

2018. Abstract from EGU General Assembly: 2018, Vienna, Austria.

Research output: Contribution to conferenceConference abstract for conferenceResearch

TY - ABST

T1 - Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake)

AU - Larsén, Xiaoli Guo

AU - Volker, Patrick

AU - Sørensen, Poul Ejnar

AU - Nissen, Jesper

AU - Du, Jianting

AU - Giebel, Gregor

AU - Hasager, Charlotte Bay

AU - Maule, Petr

AU - Hahmann, Andrea N.

AU - Badger, Jake

PY - 2018

Y1 - 2018

N2 - The project OffshoreWake will investigate and solve new issues in offshore wind resource estimation and the conversion to power calculation, arising from wake effects of wind farms as the number and size of offshore wind farms grow. The focal point of OffshoreWake is to develop a calculation system that adds the large scale offshore wind farm wake (WFW) to wind-to-power calculation system. At the same time it is essential to consider the effects from a series of external factors, including varying weather conditions, stability and wave conditions. The product of OffshoreWake will be a calculation system that contains five dynamically interacting components, the wind, the wake, the sea surface conditions, the wind-to-power conversion and the power system. The corresponding models for these components, with Weather Research and Forecasting (WRF) model for wind, Explicit Wake Parameterization (the EWP module in WRF) for wind farm wake, Spectral Wave model Nearshore (SWAN) for sea surface conditions, Corwind for the wind-to-power and Simba for power system. The novelty of OffshoreWake is the implementation of EWP and SWAN to the existing modeling system and improvement of the power conversion calculation. The development of the calculation system is calibrated, verified and validated with measurements, including offshore masts, SCADA and satellite data. The system will eventually be applied to existing and future offshore wind farm layouts, resource and wind power assessment.

AB - The project OffshoreWake will investigate and solve new issues in offshore wind resource estimation and the conversion to power calculation, arising from wake effects of wind farms as the number and size of offshore wind farms grow. The focal point of OffshoreWake is to develop a calculation system that adds the large scale offshore wind farm wake (WFW) to wind-to-power calculation system. At the same time it is essential to consider the effects from a series of external factors, including varying weather conditions, stability and wave conditions. The product of OffshoreWake will be a calculation system that contains five dynamically interacting components, the wind, the wake, the sea surface conditions, the wind-to-power conversion and the power system. The corresponding models for these components, with Weather Research and Forecasting (WRF) model for wind, Explicit Wake Parameterization (the EWP module in WRF) for wind farm wake, Spectral Wave model Nearshore (SWAN) for sea surface conditions, Corwind for the wind-to-power and Simba for power system. The novelty of OffshoreWake is the implementation of EWP and SWAN to the existing modeling system and improvement of the power conversion calculation. The development of the calculation system is calibrated, verified and validated with measurements, including offshore masts, SCADA and satellite data. The system will eventually be applied to existing and future offshore wind farm layouts, resource and wind power assessment.

M3 - Conference abstract for conference

ER -

Larsén XG, Volker P, Sørensen PE, Nissen J, Du J, Giebel G et al. Large Scale Offshore Wake Impact on the Danish Power System (OffshoreWake). 2018. Abstract from EGU General Assembly: 2018, Vienna, Austria.