modelASM_ctrlAv

AC asynchronous machine, current controlled with average inverter
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Information

Field oriented control of asynchronous machine with time-average inverter. The first component of i_dq controls 'field', the second controls 'torque' at constant 'field'.

On-load steady-state start with torque-increase at 3 s, load-step 6 s and field-increase at 8 s.

See for example: 

  asm_ctrl.motor.tau_el
  asm_ctrl.motor.w_el
  asm_ctrl.motor.uPhasor
  asm_ctrl.motor.slip

Check uPhasor[1] < 1.
The time-average inverter produces a desired voltage proportional to uPhasor[1] even if uPhasor[1] > 1. For a time-resolved converter this corresponds to overmodulation.

up users guide

Components

TypeNameDefaultDescription
Spot.Systemsystem
Spot.AC1_DC.Nodes.GroundOnegrd
Spot.AC1_DC.Sources.DCvoltagevoltage
Spot.DrivesACdqo.ASM_ctrlasm_ctrl
Spot.Common.Thermal.BdCondVbdCond
Spot.Mechanics.Rotation.RotorloadInertia
Spot.Mechanics.Rotation.FrictionTorquefrictTorq
Modelica.Mechanics.Rotational.TorqueSteptorqueStep
Spot.Blocks.Signals.Transienti_qphase of modulation signal
Spot.Blocks.Signals.Transienti_dphase of modulation signal
Modelica.Blocks.Continuous.LimPIDPI_i_q
SpotExamples.Data.Machines.Asynchron400V_30kVAasyn400_30k
SpotExamples.Data.Semiconductors.IdealSC1kV_100AidealSC1k_100