DynFarm (Dynamic models for wind Farms)

DynFarm includes individual turbine models and models of the transformers, cables and power electronic converters. The models have been developed in Matlab-Simulink by ECN and TU Delft. 

DynFarm component models:

• Dynamic models of wind farms
• Turbine generators
• Turbine converters
• Turbine transformers
• Wind farm cables
• Wind farm converters
• Wind farm transformers
• Cable to shore
• Including converter control
• Including aero/mech dynamic model of turbines

Applications of DynFarm:

• Design the wind turbine converter controller
• Design the wind farm conveter controller (if present)
• Demonstrate wind farm operation under normal conditions
• Reactieve power control
• Voltage control
• Power limitation (e.g. delta control)
• Calculate flicker emission
• Calculate response to voltage dip (fault ride trough)
• Symmetrical dips
• Asymmetrical dips
• Calculate response to frequency dip (frequency support)