Type 3 wind machine from GE

Extends from Modelica.Icons.Package (Icon for standard packages).

Name | Description |
---|---|

Electrical_Control | Electrical control models for type 3 wind machine |

Generator | Type 3 wind generator model |

Turbine | Type 3 wind turbine model |

GE_WT | Type 3 wind turbine machine from GE |

Type 3 wind turbine machine from GE

Name | Description |
---|---|

_V0 | Terminal Voltage from Power Flow [1] |

_Ang0 | Terminal Angle from Power Flow [rad] |

_P0 | Active Power from Power Flow [W] |

_Q0 | Reactive Power from Power Flow [var] |

GEN_base | Base Power from the Electrical Generator [VA] |

WT_base | Base Power from the Turbine [VA] |

SYS_base | Base Power from the power system [VA] |

freq | Steady state Frequency of the power system [Hz] |

poles | Number of pole pairs |

Tp | Time Constant Pitch command [s] |

Kpp | Pitch Control gain |

Kip | Gain of integrator of Pitch Control |

Kpc | Pitch Compensation gain |

Kic | Gain of integrator of Pitch Compensation |

pimax | Maximum pitch angle [rad] |

pimin | minimum pitch angle [rad] |

pirat | maximum variation rate of pitch angle [1/s] |

pwmax | Maximal power taken from the wind [1] |

pwmin | Minimal power taken from the wind [1] |

pwrat | maximum variation rate of power taken from the wind [1/s] |

Kptrq | Gain Torque Controller |

Kitrq | Gain of integrator of Torque Controller |

Tpc | Time Constant Torque controller [s] |

KQi | Gain constant of first PI in DFIG electrical control model |

KVi | Gain constant of second PI in DFIG electrical control model |

xiqmax | Up saturation of second PI in DFIG electrical control model [1] |

xiqmin | Down saturation of second PI in DFIG electrical control model [1] |

Kpllp | |

Xpp | [1] |

qmax | [1] |

qmin | [1] |

nmass | Mono-mass or Two-mass model |

Hg | Inertia 2 [s] |

H | Inertia [s] |

Ktg | Gain for 2 mass model |

Dtg | Damping |

Kl |

Name | Description |
---|---|

pwPin1 | |

Wind_Speed |