Classification of control-oriented models for wind farm control applications
Creators
- Raach,Steffen1
- Campagnolo, Filippo2
- Ramamurthy, Bharath Kodiyala3
- Kern,Stefan3
- Boersma, Sjoerd4
- Doekemeijer,Bart4
- van Wingerden, Jan-Willem4
- Knudsen, Torben5
- Kanev, Stoyan6
- Aparicio-Sanchez, Maria7
- Fernandes-Correia, Pedro7
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Chavez-Arroyo, Roberto7
- Gomez-Iradi, Sugoi7
- Astrain, David7
- Cantero, Elena7
- Schito, Paolo8
- 1. USTUTT
- 2. TUM
- 3. GE Renewable Energy
- 4. Delft University of Technology
- 5. Aalborg University
- 6. ECN-TNO
- 7. CENER
- 8. POLIMI
Description
This deliverable deals with the classification and the analysis of the wake models set in the CL-Windcon project. The wake models of task 1.2 are classified with respect to their capabilities with various aspects. First, the deliverable gives a general overview on each model as well as a written classification description.
The document shows different aspects of validation and tuning of the models. Calibration and parameter tuning are described in detail with the FLORIS and the WFSim model. A sensitivity study is performed using the FAST.Farm model analyzing the impact and uncertainty of different parameters. Then the validation with simulation and wind tunnel data is shown and furthermore, the validation of the reduced-order POD models are performed. In the last chapter several models are compared in a blind test with field-testing data to emphasize the predictability of the wake shape under realistic conditions of the wake models. Altogether various aspects of the models are stated and their capabilities are evaluated and compared.
Files
CL-Windcon-D1.4-Classification control oriented models.pdf
Files
(19.3 MB)
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