recordBaseParameters
Information
In this file, you should declare :- SNom of the plant being simulated (this won't change much as everything is in pu)
- XaPu and XbPu, stability impedances defined in the french grid code and provided in every connection project's requirement document.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Types.ApparentPowerModule | SNom | 35 | Nominal apparent power in MVA |
| Types.PerUnit | XaPu | 0.05*Electrical.SystemBase.SnRef/SNom | Reactance a of the DTR in pu (base SnRef, UNom) |
| Types.PerUnit | XbPu | 0.3*Electrical.SystemBase.SnRef/SNom | Reactance b of the DTR in pu (base SnRef, UNom) |
| Types.ActivePowerPu | P0Pu | -1*SNom/Electrical.SystemBase.SnRef | Start value of active power at regulated bus in pu (receptor convention) (base SnRef) |
| Types.ReactivePowerPu | Q0Pu | 0*SNom/Electrical.SystemBase.SnRef | Start value of reactive power at regulated bus in pu (receptor convention) (base SnRef) |
| Types.VoltageModulePu | U0Pu | 1 | Start value of voltage magnitude at regulated bus in pu (base UNom) |
| Types.VoltageModulePu | UInfPu | sqrt((P0Pu*XccPu)^2 + (Q0Pu*XccPu + U0Pu^2)^2)/U0Pu | Value of voltage magnitude at infinite in pu (base UNom) |
| Types.Angle | UPhase0 | Modelica.Math.atan2(-P0Pu*XccPu, Q0Pu*XccPu + U0Pu^2) | Start value of voltage phase angle at regulated bus in rad |
| Types.PerUnit | XccPu | Reactance of equivalent branch connection to the grid in pu (base SnRef, UNom) |