TY - RPRT
T1 - Detailed Load Analysis of the baseline 5MW DeepWind Concept
AU - Verelst, David Robert
AU - Aagaard Madsen , Helge
AU - Kragh, Knud Abildgaard
AU - Belloni, Federico
PY - 2014
Y1 - 2014
N2 - This report presents an overview of the design of the DeepWind vertical axis
oating wind
turbine. One could present this as the "nal design", however, it is hoped that more design
iterations will follow in the future, but under the umbrella of new and dierent projects.
The state of the design that is reported here will be called version 2.2.0. The numbering
system has just been introduced at the present design version, but the rst 5MW design
called the "baseline design" [1] was developed in 2011 and this will therefore be called
version 1.0.0.
In this report, the design loads of the DeepWind 5 MW turbine are presented. The loads
are calculated using Hawc2 (ver 11.8). The turbine controller is implemented according
to principles outlined in work package 4 (Turbine operational control), only the normal
production part of the controller is implemented. Hence, the calculated design loads only
covers normal operations. In the Chapter 3 and 2 the modelled design is and simulation
scenarios are introduced. In Chapter 5 the estimated loads are presented in the form
of plots. In Appendix A the simulated loads are tabulated, and the input data for the
numerical HAWC2 model is given in Appendix B.
AB - This report presents an overview of the design of the DeepWind vertical axis
oating wind
turbine. One could present this as the "nal design", however, it is hoped that more design
iterations will follow in the future, but under the umbrella of new and dierent projects.
The state of the design that is reported here will be called version 2.2.0. The numbering
system has just been introduced at the present design version, but the rst 5MW design
called the "baseline design" [1] was developed in 2011 and this will therefore be called
version 1.0.0.
In this report, the design loads of the DeepWind 5 MW turbine are presented. The loads
are calculated using Hawc2 (ver 11.8). The turbine controller is implemented according
to principles outlined in work package 4 (Turbine operational control), only the normal
production part of the controller is implemented. Hence, the calculated design loads only
covers normal operations. In the Chapter 3 and 2 the modelled design is and simulation
scenarios are introduced. In Chapter 5 the estimated loads are presented in the form
of plots. In Appendix A the simulated loads are tabulated, and the input data for the
numerical HAWC2 model is given in Appendix B.
KW - DTU Wind Energy E-0057
KW - DTU Wind Energy E-57
M3 - Report
T3 - DTU Wind Energy E
BT - Detailed Load Analysis of the baseline 5MW DeepWind Concept
PB - DTU Wind Energy
ER -