.Modelica.Magnetic.QuasiStatic.FundamentalWave.UsersGuide.ReleaseNotes

Information

Version 3.2.3, 2019-01-23

• Fixed propagation of excitation leakage factor, see #2403
• Unified communication interval, see #2279
• Unified simulation tolerances, see #2278
• Fixed wrong initial conditions of #2277
• Added more examples from Machines.Examples, see #2276
• Added RotorDisplacementAngle, see #2050

Version 3.2.2, 2015-02-02

• Restructuring of components in Interfaces and BasesClasses
• Migration of library to MSL trunk
• Update and improvement of documentation
• Added new component:
  • Permeance
• Removed parameter text from icon layer for reluctance and permeance model
• Fixed issues of ticket #1524
• Restructured cage models with reluctance instead of inductance model according to ticket #1537
• Bug fixes according to #1226
• Added magnitude and argument of complex magnetic potentials, magnetic fluxes, voltages and currents in interface, electromagnetic coupling and machine models, see #1405
• Added active, reactive and apparent power and power factor in interface and machine models, see #1405
• Added new interface model PartialTwoPortExtended to simplify consistent inclusion of variables, see #1405
• Changed icon and location of terminal box according to #1706

Version 0.4.1, 2013-12-18

• Renamed base magnetic port to MagneticPort
• Bug fix of single to multi phase converter
• Bug fix of phase number propagation in SaliencyCageWinding fixed
• Improved documentation of library
• Added current controlled SMR example and indicated SMR inverter example as obsolete
• Improved example of mains supplied SMPM with damper cage

Version 0.4.0, 2013-11-13

• Renamed all machine class names according to #1348

Version 0.3.0, 2013-11-07

• Renamed the library from QuasiStationaryFundamantalWave to QuasiStaticFundamantalWave according to #1344

Version 0.2.5, 2013-11-06

• Changed implementation of symmetrical components: symmetricTransformationMatrix(m) is now multiplied by numberOfSymmetricBaseSystems(m) in order to overcome differences in calculation of current and voltage symmetrical components. The symmetrical components of a system of even phase numbers are now equal to the symmetrical components of one corresponding base system.
• Improved examples package and removed SMPM_Inverter example

Version 0.2.4, 2013-10-02

• Implemented induction machine with squirrel cage example with inverter
• Alternative implementation of transformation matrix for faster compilation in Dymola

Version 0.2.3, 2013-09-25

• Adapted sine / cosine of QS V/f-converter to match transient behavior

Version 0.2.2, 2013-09-24

• Fixed initialization of examples (changed implementation of QuasiStationary.Sources, added start values for gamma, gammas, gammar)

Version 0.2.1, 2013-09-23

• Implemented permanent magnet synchronous machine example with inverter

Version 0.2.0, 2013-09-01

• Implemented induction machine with slip ring rotor including example
• Implemented magnetic crossing

Version 0.1.0, 2013-08-27

• Documentation of phasor concept
• Connections.branch between electric and magnetic quasi static connectors to handle open circuit and motor operation of machines
• Saliency effects are properly considered
• Electromagnetic coupling with Analog domain is implemented fully quasi static with v = 0 at the electric connectors -- this may have to be changed in the future
• Implemented machine types
• • Induction machine with squirrel cage
  • Permanent magnet synchronous machine with optional damper cage
  • Electrical excited synchronous machine with optional damper cage (may be removed in first release)
  • Synchronous reluctance machine with optional damper cage (may be removed in first release)