%0 Generic %A Becker, Marcus %A Lejeune, Maxime %D 2024 %T Data belonging to the publication: A dynamic open-source model to investigate wake dynamics in response to wind farm flow control strategies %U %R 10.4121/29c209fa-f2a4-456d-9353-67cf81be1aaa.v1 %K wake steering %K wind farm flow control %K wind farm control %K large eddy simulation %K FLORIDyn %K FLORIS %K wind direction change %K field data %K HKN %K Hollandse Kust Noord %X

Dataset to recreate the plots from the publication "A dynamic open-source model to investigate wake dynamics in response to wind farm flow control strategies"

The dataset contains different sets of data:


The simulation files

These mainly contain the power of each turbine with the related time step.

OFF

nawa_grid_zp_*.csv

FLORIS

floris_nawea_grid_zp_*.csv

SOWFA

Unlike OFF and FLORIS, the SOWFA simulations only cover smaller subsets of the time frame (see paper).

The time frames are decomposed into cases, named after the hours they cover:

The measurements are available under "case*_nacYaw" and "case*_powerGenerator".

The wind farm layouts for each time frame are given as "Time_frame_*hrs_layout.csv".

The wind direction simulated in LES is given as "Time_frame_*hrs_les_dir", which is an offset version of the original wind direction, which is given as "Time_frame_*hrs_original_dir.csv".


OFF input files

Named after the ki and phi lim settings, the input files can be found as .yaml files:

nawea_grid_*.yaml

These also contain the original wind farm layout and the entire wind direction time series.


Wind direction time series

The LiDAR_*.csv files feature the LiDAR data used as wind direction signal, filtered and unfiltered, and the related time.

The content of the files is given in rows of 600s data, which needs to be unfolded. See the time data for an intuition.


MATLAB plotting scripts

The main plotting script is called "compare_off_and_sowfa.m" and contains comments to guide the users through the data.

The remaining .m files are used to generate specific plots or to load data.

%I 4TU.ResearchData