modelSimulationSteadyInitial

Diagram of SimulationSteadyInitial

Extends from SimulationFixedInitial (Transient simulation with fixed initial conditions).

Information

With 'system.dynType = SteadyInitial' fast dynamics are resolved after switching.

See for example: 

  meter.p[1]  active power in pu, changing from 0.5 (1000 MW) to 0.25 (500 MW)
  meter.p[2]  reactive power in pu, from 0.25 (500 MW) to 0.125 (250 MW)
and other meter-signals.

up users guide

Components

TypeNameDefaultDescription
PowerSystems.Systemsystem (from SimulationFixedInitial)
PowerSystems.Blocks.Signals.TransientPhasortransPh (from SimulationFixedInitial)
PowerSystems.AC3ph.Sources.VoltagevoltageL (from SimulationFixedInitial)
PowerSystems.AC3ph.Nodes.GroundOnegrdL (from SimulationFixedInitial)
PowerSystems.AC3ph.Sensors.PVImetermeter (from SimulationFixedInitial)
PowerSystems.AC3ph.Lines.RXlinelineR (from SimulationFixedInitial)
PowerSystems.AC3ph.Lines.RXlinelineL (from SimulationFixedInitial)
PowerSystems.AC3ph.Sources.VoltagevoltageR (from SimulationFixedInitial)
PowerSystems.AC3ph.Nodes.GroundOnegrdR (from SimulationFixedInitial)
PowerSystems.AC3ph.Breakers.ForcedSwitchswitch (from SimulationFixedInitial)
PowerSystems.Control.Relays.SwitchRelayrelayNet (from SimulationFixedInitial)
PowerSystems.AC3ph.Lines.RXlinelineB (from SimulationFixedInitial)
PowerSystems.AC3ph.Sources.VoltagevoltageB (from SimulationFixedInitial)
PowerSystems.AC3ph.Nodes.GroundOnegrdB (from SimulationFixedInitial)