A model matched to the machine
The supplied service scope covers permanent magnet, externally excited, induction and reluctance machines. Model complexity follows the topology and the control question, including nonlinear behavior where relevant.
- PMSM: surface and interior permanent magnet, linear or nonlinear
- EESM, SynRM and SRM: nonlinear models
- IM and DFIG: linear or nonlinear models
Start from the available information
Models may begin with finite-element analysis data or be developed from scratch. The available electromagnetic information determines which parameters can be used directly and which need identification.
Connect the plant to the controller
A machine model provides the plant for controller development in MATLAB/Simulink. Keeping the electrical variables and electromagnetic characteristics consistent helps make the combined simulation useful.
Establish the validation basis
The supplied project descriptions include dynamometer-based parameter identification for EESM, locked-rotor and no-load testing for DFIG, and nonlinear characterization for SRG. Required data and validation conditions should be agreed for each engagement.
Inside the work.
Connected expertise.
Hardware-in-the-loop test setup · supplied document
From offline simulation to real-time HIL.
Develop propulsion-system models in MATLAB/Simulink and bring machine and controller behavior into real-time testing.
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EESM test setup · supplied document
Externally Excited Synchronous Motor
Parameter identification and nonlinear modeling for an initially undocumented production machine.
Explore →Switched reluctance machine structure · supplied document · topology illustration, not the project test unit
Switched Reluctance Generator Drive
Nonlinear characterization and sequential phase control for a 6/4 generator.
Explore →Bring us your challenge.
Start with your application, constraints and the decision you need to make.