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mgolbazi
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  • mgolbazi
    mgolbazi
    Sorry for the late reply! If you are still working on this, here is my experience:

    The wind farm parameterization introduces small perturbations at the turbine locations that grow non-linearly into large errors. This happens when your model gets unstable.
    mgolbazi
    mgolbazi
    I used the nudging technique only in my outer domain and above the turbine height to avoid damping the results. The nudging helped with the instabilities. Please see Radware Bot Manager Captcha.
    mgolbazi
    mgolbazi
    I would be happy to help if you have more questions.
    Hi, mgolbazi
    i'm trying to simulate the wind farm by WRF.
    when I use ncl scripts to extract POWER data, I can only obtain data of around 900 kW
    but my model is LW-8MW wind turbine
    i'm trying to find the reason
    i would be very thankful if you can help me!
    Hi, mgolbazi
    I saw your post about

    wind farm parameterization unrealistic results

    I have an interest in WRF windfarm. (README.windturbine) But I can't find any examples to run.
    I would like to ask you about the running process.

    if you can help me thank you very much
    • Like
    Reactions: shebat
    I
    I3lade
    Thank you for respond
    Now I can run, I want to know if there are any tricks What else is there to customize?
    and to retrieve various information. It is difficult to find the correct power curve.
    windfarm_model
    windfarm_method
    windfarm_tke_factor
    This is my Test
    I
    I3lade
    Do you know abount -standing thrust coefficient [real]
    V
    victor_veiga
    Hello, I have a similar question.
    Can anyone explain what the 'Standing Thurst Coefficient" means or indicate some paper/link that clarifies this question, please?
    • Like
    Reactions: I3lade
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