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regulator tap position

Almanach
2014-04-12
2014-04-14
  • Almanach

    Almanach - 2014-04-12

    I have question about object recorder.

    I need to know where is the tap position, during simulation.
    I used object meter but it record only start tap position.

    object regulator_configuration {
    name reg852;
    connect_type WYE_WYE;
    band_center 22000;
    band_width 1100;
    time_delay 30.0;
    raise_taps 16;
    lower_taps 16;
    current_transducer_ratio 350;
    power_transducer_ratio 40;
    compensator_r_setting_A 1.5;
    compensator_x_setting_A 3.0;
    compensator_r_setting_B 1.5;
    compensator_x_setting_B 3.0;
    compensator_r_setting_C 1.5;
    compensator_x_setting_C 3.0;
    regulation 0.10;
    Control LINE_DROP_COMP;
    control_level INDIVIDUAL;
    }

    object recorder {
    parent reg852;
    property tap_pos_A, tap_pos_B, tap_pos_C;
    file "tapposition.csv";
    interval 3600;
    }

    Where is the problem?

    Lot of THX.

     
    • Kelvin Proctor

      Kelvin Proctor - 2014-04-12

      Hi Almanach,

      The properties you are recording are probably not the ones you intended to. The properties you want are tap_A, tap_B and tap_C.

      I hope that helps

      Regards,
      Kelvin

       
  • Jason Fuller

    Jason Fuller - 2014-04-14

    Almanach,

    "configurations" are libraries to describe the parameters of a commonly used object (say, like a configuration of wye-wye transformer that is used many times in the simulation). You will still need to create a regulator object as part of your model. As an example:

    object regulator_configuration {
        connect_type WYE_WYE;
        name auto_regulator;
        raise_taps 16;
        lower_taps 16;
        regulation 0.1;
        Type A;
        Control LINE_DROP_COMP;
        compensator_r_setting_A 0.7; 
        compensator_r_setting_B 0.7; 
        compensator_r_setting_C 0.7;
        compensator_x_setting_A 1.6;
        compensator_x_setting_B 1.6;
        compensator_x_setting_C 1.6;
        power_transducer_ratio 60;
        band_center 120;
        band_width 1.5;     
    }
    
    object regulator {
        name Regulator;
        phases ABCN;
        from InterNode;
        to TopNode;
        configuration auto_regulator;
    }
    

    The values in regulator_configuration are initial conditions. The time series values are as Kelvin mentioned, in the regulator object (not the regulator_configuration object).

     

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