OpenIPSL.Electrical.Wind.GE.Type_3

Type 3 wind machine from GE

Information

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

Package Content

Name Description
OpenIPSL.Electrical.Wind.GE.Type_3.Electrical_Control Electrical_Control Electrical control models for type 3 wind machine
OpenIPSL.Electrical.Wind.GE.Type_3.Generator Generator Type 3 wind generator model
OpenIPSL.Electrical.Wind.GE.Type_3.Turbine Turbine Type 3 wind turbine model
OpenIPSL.Electrical.Wind.GE.Type_3.GE_WT GE_WT Type 3 wind turbine machine from GE

OpenIPSL.Electrical.Wind.GE.Type_3.GE_WT OpenIPSL.Electrical.Wind.GE.Type_3.GE_WT

Type 3 wind turbine machine from GE

Parameters

NameDescription
_V0Terminal Voltage from Power Flow [1]
_Ang0Terminal Angle from Power Flow [rad]
_P0Active Power from Power Flow [W]
_Q0Reactive Power from Power Flow [var]
GEN_baseBase Power from the Electrical Generator [VA]
WT_baseBase Power from the Turbine [VA]
SYS_baseBase Power from the power system [VA]
freqSteady state Frequency of the power system [Hz]
polesNumber of pole pairs
TpTime Constant Pitch command [s]
KppPitch Control gain
KipGain of integrator of Pitch Control
KpcPitch Compensation gain
KicGain of integrator of Pitch Compensation
pimaxMaximum pitch angle [rad]
piminminimum pitch angle [rad]
piratmaximum variation rate of pitch angle [1/s]
pwmaxMaximal power taken from the wind [1]
pwminMinimal power taken from the wind [1]
pwratmaximum variation rate of power taken from the wind [1/s]
KptrqGain Torque Controller
KitrqGain of integrator of Torque Controller
TpcTime Constant Torque controller [s]
KQiGain constant of first PI in DFIG electrical control model
KViGain constant of second PI in DFIG electrical control model
xiqmaxUp saturation of second PI in DFIG electrical control model [1]
xiqminDown saturation of second PI in DFIG electrical control model [1]
Kpllp 
Xpp[1]
qmax[1]
qmin[1]
nmassMono-mass or Two-mass model
HgInertia 2 [s]
HInertia [s]
KtgGain for 2 mass model
DtgDamping
Kl 

Connectors

NameDescription
pwPin1 
Wind_Speed 
Automatically generated Thu Oct 6 17:41:44 2022.