AC Motor Control and Electrical Vehicle Applications (Hardcover, 1st)

Preliminaries for Motor Control Basics of DC Machines Types of Controllers Rotating Field Theory Construction of Rotating Field Change of Coordinates Induction Motor Basics IM Operation Principle Leakage Inductance and Circle Diagram Slot Leakage Inductance and Current Displacement IM Speed Control Dynamic Modeling of Induction Motors Voltage Equation IM Dynamic Models Steady State Models Power and Torque Equations Field Oriented Controls of Induction Motors Direct versus Indirect Vector Controls Rotor Field Orientated Scheme Stator Field Oriented Scheme Field Weakening Control Speed Sensorless Control of IMs PI Controller in the Synchronous Frame [5], [6] Permanent Magnet AC Motors PMSM and BLDC Motor PMSM Dynamic Modeling PMSM Torque Equations PMSM Block Diagram and Control PMSM High Speed Operation Machine Sizing Extending Constant Power Speed Range Current Control Methods Properties When ψm = LdIs Per Unit Model of the PMSM An EV Motor Example Loss Minimizing Control Motor Losses Loss Minimizing Control for IMs Loss Minimizing Control for IPMSMs Sensorless Control of PMSMs IPMSM Dynamics a Misaligned Frame Sensorless Control for SPMSMs Sensorless Controls for IPMSMs Starting Algorithm by Signal Injection Method High Frequency Signal Injection Methods Pulse Width Modulation and Inverter Switching Functions and Six Step Operation PWM Methods Speed/Position and Current Sensors Vehicle Dynamics Longitudinal Vehicle Dynamics Acceleration Performance and Vehicle Power Driving Cycle Hybrid Electric Vehicles HEV Basics HEV Power Train Configurations Planetary Gear Power Split with Speeder and Torquer Series/Parallel Drive Train Series Drive Train Parallel Drive Train Battery EVs and PHEVs Electric Vehicles Batteries BEV and PHEV BEVs Plug-in Hybrid Electric Vehicles EV Motor Design Issues Types of Synchronous Motors Distributed and Concentrated Windings PM Eddy Current Loss and Demagnetization EV Design Example Index