Induction Machines Handbook Transients, Control Principles, Design And Testing 3rd Edition
Contents
- The PhaseCoordinate Model
- The Complex Variable Model
- Steady State by the Complex Variable Model
- Equivalent Circuits for Drives
- Electrical Transients with Flux Linkages as Variables
- Including Magnetic Saturation in the SpacePhasor Model
- Saturation and Core Loss Inclusion into the StateSpace Model
- ReducedOrder Models
- Neglecting Stator Transients
- Considering Leakage Saturation
- Large Machines: Torsional Torque
- The Sudden Short Circuit at Terminals
- Most Severe Transients (So Far)
- The abc–dq Model for PWM InverterFed IMs
- Fault Conditions
- FirstOrder Models of IMs for SteadyState Stability in Power Systems
- Multimachine Transients
- Subsynchronous Resonance (SSR)
- The M/Nr Actual Winding Modelling for Transients
- Multiphase Induction Machines Models for Transients
The SixPhase Machine
- The FivePhase Machine
- Doubly Fed Induction Machine Models for Transients
- CageRotor Synchronized Reluctance Motors
- Cage Rotor PM Synchronous Motors
- Summary
- References
- Chapter SinglePhase IM Transients
- Introduction
- The dq Model Performance in Stator Coordinates
- Starting Transients
- The MultipleReference Model for Transients
- Including the Space Harmonics
- Summary
- References
- Chapter SuperHighFrequency Models and Behaviour of IMs
- Introduction
- Three HighFrequency Operation Impedances
- The Differential Impedance
- Neutral and Common Mode Impedance Models
- The SuperHighFrequency Distributed Equivalent Circuit
