You may download the following models to get inspiration of how to model wind turbines in HAWC2. The listed models are downloaded as a zip-file. It contains only the necessary files and folders and should be unzipped in the main directory, where the HAWC2 executable is located. Click on the version number to check compatibility with different versions of HAWC2.
DTU 30-MW Tri-Rotor Wind Turbine
The 30MW Tri-Rotor WT model is based on the RNA of the DTU 10-MW reference wind turbine. The aim of this fictitious model is to demonstrate the Multi-rotor design-analysis capabilities of HAWC2 code. No detailed aeroelastic analysis has been performed.
DTU 30-MW Tri-Rotor Wind Turbine
DTU 10-MW Reference Wind Turbine
The model is based on the virtual DTU 10-MW reference wind turbine designed as part of the Light Rotor project which is a collaboration between the Wind Energy Department at the Technical University of Denmark and Vestas.
DTU 10-MW reference wind turbine
NREL 5-MW Reference Wind Turbine
The model is based on the fictive 5-MW reference wind turbine described by NREL (National Renewable Energy Laboratory).
NREL 5-MW Reference Wind Turbine
NREL WindPACT 1.5-MW Wind Turbine
The model is based on the WindPACT 1.5-MW wind turbine described by NREL (National Renewable Energy Laboratory).
WindPACT 1.5-MW Wind Turbine
IEA Annex 23
Offshore Code Comparison Collaborative (OC3)
The models are based on the fictive 5-MW reference wind turbine with configurations of four different offshore support substructures. The models are based on an updated version of HAWC2 and are therefore not identical to the actual models used in OC3.
IEA Annex 30
Offshore Code Comparison Collaborative Continuation (OC4)
The models are based on the fictive 5-MW reference wind turbine with configurations of two different offshore support substructures. So far only the model from Phase 1 is released
DeepWind 5-MW vertical axis wind turbine (onshore version)
The model is based on an onshore version of the DeepWind 5-MW vertical axis wind turbine developed in the DeepWind project
DeepWind 5-MW VAWT