• Application-specific models, including common AC and DC electric drives, flexible AC transmission systems (FACTS), and renewable energy systems
  • Discretization and phasor simulation modes for faster model execution
  • Ideal switching algorithm for accelerated simulation of power electronic devices
  • Analysis methods for obtaining state-space representations of circuits and computing machine load flow
  • Basic models for developing key electrical technologies
  • MATLAB® based Simscape™ language for creating custom component models
  • Support for C-code generation (with Simulink Coder™)
 

Reference: SimPowerSystems