OpenIPSL.Electrical.Wind.PSAT.PSAT_Type

OpenIPSL.Electrical.Wind.PSAT.PSAT_Type_3

Type 3 wind machine model from PSAT

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

Name	Description
PSAT_WT	Wind Turbine Doubly Fed Induction Generator
ElecBlk	Electrical block for Type 3 wind machine
ElecDynBlk	Dynamical equations for electrical block of a type 3 wind machine
MechaBlk	Mechanical block for Type 3 wind machine model
PitchControl	Pitch control block for Type 3 wind machine model
WindBlk	Wind block for Type 3 wind machine model

Wind Turbine Doubly Fed Induction Generator

Name	Description
Pnom	Nominal Power [VA]
fn	Frequency rating [Hz]
rho	Air Density [kg/m3]
vw_base	Nominal wind speed [m/s]
Rs_machine	Stator Resistance [1]
Xs_machine	Stator Reactance [1]
Rr_machine	Rotor Resitance [1]
Xr_machine	Rotor Reactance [1]
Xm_machine	Magnetisation reactance [1]
Hm_machine	Inertia [s]
Kp	Pitch control gain
Tp	Pitch control time constant [s]
Kv	Voltage control gain
Te	Power Control time constant [s]
l	Blade length [m]
poles	Number of poles-pair
nblades	Number of blades
ngb	Gear box ratio
Power flow data
V_0	Voltage magnitude [1]
angle_0	Voltage angle [rad]
P_0	Active power [1]
Q_0	Reactive power [1]
S_b	System base power [VA]
V_b	Voltage rating [V]

Name	Description
Wind_Speed
pin

Electrical block for Type 3 wind machine

Name	Description
Sbase	Power Rating [Normalization Factor] [VA]
Vbus0	Voltage from Power Flow [1]
angle_0	Angle from Power Flow [rad]
Pc	Active Power, PowerFlow [1]
Qc	Reactive Power, Power Flow [1]
omega_m0	[1]
Pnom	Nominal Power [VA]
Vbase	Voltage rating [V]
freq	frequency rating [Hz]
Rs	stator Resistance [1]
Xs	stator Reactance [1]
Rr	Rotor Resitance [1]
Xr	rotor Reactance [1]
Xm	magnetisation reactance [1]
Hm	inertia [s]
x1	stator plus magnetisation impedances [1]
wbase	basis for angular speed [rad/s]
k	gain for iqr_off computation
ids0	[1]
iqs0	[1]
idr0	[1]
iqr0	[1]
vds0	[1]
vqs0	[1]
vdr0	[1]
vqr0	[1]
poles	Number of poles-pair
i2Hm	inverse inertia [1/s]

Dynamical equations for electrical block of a type 3 wind machine

Name	Description
Sbase	Power Rating [Normalization Factor] [VA]
Vbus0	Voltage from Power Flow [1]
angle_0	Angle from Power Flow [rad]
Pc	Active Power, PowerFlow [1]
Qc	Reactive Power, Power Flow [1]
omega_m0	[1]
Pnom	Nominal Power [VA]
Vbase	Voltage rating [V]
freq	frequency rating [Hz]
Rs	stator Resistance [1]
Xs	stator Reactance [1]
Rr	Rotor Resitance [1]
Xr	rotor Reactance [1]
Xm	magnetisation reactance [1]
Hm	inertia [s]
x1	stator plus magnetisation impedances [1]
x2	rotor plus magnetisation impedances [1]
wbase	basis for angular speed [rad/s]
iqr_max	[1]
idr_max	[1]
iqr_min	[1]
idr_min	[1]
poles	Number of poles-pair
Kv	Voltage control gain
Te	Power Control time constant [s]
k	gain for iqr_off computation
ids0	[1]
iqs0	[1]
idr0	[1]
iqr0	[1]
vds0	[1]
vqs0	[1]
vdr0	[1]
vqr0	[1]
i2Hm	inverse inertia [1/s]

Mechanical block for Type 3 wind machine model

Name	Description
Sbase	Power Rating [Normalization Factor] [VA]
Pnom	Nominal Power [VA]
Hm	inertia [s]
Pc	Input Power Flow [1]

Name	Description
Tm	engine shaft torque
Tel	electromagnetical torque
omega_m	engine shaft angular velocity

Pitch control block for Type 3 wind machine model

Name	Description
Kp	Pitch control gain
Tp	Pitch control time constant [s]
theta_p0	[rad]
theta_p_min	[rad]
theta_p_max	[rad]

Name	Description
omega_m	Real voltage
theta_p	saturated theta_p

Wind block for Type 3 wind machine model

Name	Description
vw_base	Vw Nominal [m/s]
rho	Air Density [kg/m3]
Sbase	Power Rating [Normalization Factor] [VA]
l	Blade length [m]
ngb	gear box ratio
Radapt	r_{gearbox}*r
poles	Number of poles-pair
freq	frequency rating [Hz]
wbase	[rad/s]
Ar	blades area [m2]

Automatically generated Thu Oct 6 17:41:44 2022.