SIMPLORER User Manual V6.0 - FER-a

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174 Modeling with Circuit Components
Electrical coupling of phase quantities with the orthogonal quantities
γ() t = p ⋅ ω() t dt
v1α() t
v1β() t
v1d() t
v1q() t
=
=
=
∫
2
--v
1
3 1a() t --v
1
–
3 1b() t – --v
3 1c() t
------v
3 3
3 1b() t – ------v
3 1c() t
v1α() t ⋅ cos(
γt () ) + v1β() t ⋅ sin(
γt () )
= v1α() t ⋅ sin(
γt () ) – v1β ⋅ cosγ()
t
Dialog Settings
� «Parameters»
Click the «Value» field of the corresponding parameter to define a value. Common parameter
types. Enter a numerical value, a variable, or an expression. Look the meaning up in the parameter
table below.
� «Initial Values»
Click the «Value» field of the corresponding parameter to define the initial values. Common
parameter types. Enter a numerical value, a variable, or an expression. The values are set only
once at simulation start. Look the meaning up in the parameter table below.
� «Angular Dimension»
In the list, select radians or degrees for the angular dimension. The dimension is valid for all
angle input quantities in the machine model.
Component Parameters
i1α() t = i1d() t ⋅ cos(
γt () ) – i1q() t ⋅ sin(
γt () )
i1β() t
= i1d() t ⋅ sin(
γt () ) + i1q() t ⋅ cos(
γt () )
i1a() t = i1α() t
1 3
i1b() t = – --i
2 1α() t + ------i
2 1β() t
1 3
i1c() t =
– --i
2 1α() t – ------i
2 1β() t
Description [Unit] Parameter Name Data Type
Load Torque [Nm] LOAD real
Stator Resistance [Ω] R1 real
Damper Resistance [Ω] R2 real
Stator Inductance d-Axis [H]
Leakage inductance of stator side
L1D real
Stator Inductance q-Axis [H]
Leakage inductance of stator side
L1Q real
Damper Inductance d-Axis [H]
Leakage inductance of damper circuit side
L2D real
Damper Inductance q-Axis [H]
Leakage inductance of damper circuit side
L2Q real
Mutual Inductance stator-damper d-Axis [H] LM1D real
Mutual Inductance stator-damper q-Axis [H] LM12Q real
Excitation Resistance [Ω] RE real
Excitation Inductance d-Axis [H] LE real
Mutual Inductance stator-exciter d-Axis [H] LM1ED real
Mutual Inductance damper-exciter q-Axis [H] LM2EQ real
Number of Pole Pairs [/] P real
Moment of Inertia [kg*m²] J real