Stabilizer Model: WT12A1 and WT1P
Following checks and corrections are applied during Validation and AutoCorrection.
- If 0.0 < Tpe < 0.5*Mult*TimeStep then Tpe = 0, ElseIf 0.5*Mult*TimeStep < Tpe < Mult*TimeStep then Tpe = Mult*TimeStep
- If 0.0 < T1 < 0.5*Mult*TimeStep then T1 = 0, ElseIf 0.5*Mult*TimeStep < T1 < Mult*TimeStep then T1 = Mult*TimeStep
- If 0.0 < T2 < 0.5*Mult*TimeStep then T2 = 0, ElseIf 0.5*Mult*TimeStep < T2 < Mult*TimeStep then T2 = Mult*TimeStep
- For WT12A1: If 0 < Ti < 0.5*Mult*TimeStep then Ti = 0.5*Mult*TimeStep
Mult represents the user-specified value Minimum time constant size as multiple of time step option on the Validation page of the Transient Stability Dialog
TimeStep represents the integration time step being used as described on TimeStep
Model Equations and/or Block Diagrams
Parameters for WT12A1:
| Kdroop | Droop gain |
| Kp | PI proportional gain |
| Ti | Integrator time constant |
| T1 | Lead/lag time constant, sec |
| T2 | Lead/lag time constant, sec |
| Tpe | Time constant, sec |
| Pimax | Maximum pitch, deg |
| Pimin | Minimum pitch, deg |
Parametersfor WT1P:
| Tpe | Time constant, sec |
| Kdroop | Droop gain |
| Kp | PI proportional gain |
| Ki | PI integral gain |
| Pimax | Maximum pitch, deg |
| Pimin | Minimum pitch, deg |
| T1 | Lead/lag time constant, sec |
| T2 | Lead/lag time constant, sec |
| Kw | Speed gain, pu |