The electric generators handbook. Variable speed generators / (2006)

• Record Type: Book
• Other Titles: Variable speed generators
• Further Information: Note: Ion Boldea.
• Other Names: Boldea, I
• Contents: WOUND ROTOR INDUCTION GENERATORS (WRIGs): STEADY STATE; Introduction; Construction Elements; Steady-State Equations; Equivalent Circuit; Phasor Diagrams; Operation at the Power Grid; Autonomous Operation of WRIG; Operation of WRIG in the Brushless Exciter Mode; Losses and Efficiency of WRIG; Summary; References; WOUND ROTOR INDUCTION GENERATORS: TRANSIENTS AND CONTROL; Introduction; The WRIG Phase Coordinate Model; The Space-Phasor Model of WRIG; Space-Phasor Equivalent Circuits and Diagrams; Approaches to WRIG Transients; Static Power Converters for WRIGs; Vector Control of WRIG at Power Grid; Direct Power Control (DPC) of WRIG at Power Grid; Independent Vector Control of Positive and Negative Sequence Currents; Motion-Sensorless Control; Vector Control in Stand-Alone Operation; Self-Starting, Synchronization, and Loading at the Power Grid; Voltage and Current Low-Frequency Harmonics of WRIG; Summary; References; WOUND ROTOR INDUCTION GENERATORS (WRIGs): DESIGN AND TESTING; Introduction; Design Specifications: An Example; Stator Design; Rotor Design; Magnetization Current; Reactances and Resistances; Electrical Losses and Efficiency; Testing of WRIGs; Summary; References; SELF-EXCITED INDUCTION GENERATORS; Introduction; The Cage Rotor Induction Machine Principle; Self-Excitation: A Qualitative View; Steady-State Performance of Three-Phase SEIGs; Performance Sensitivity Analysis; Pole Changing SEIGs for Variable Speed Operation; Unbalanced Operation of Three-Phase SEIGs; One Phase Open at Power Grid; Three-Phase SEIG with Single-Phase Output; Two-Phase SEIGs with Single-Phase Output; Three-Phase SEIG Transients; Parallel Connection of SEIGs; Connection Transients in Cage Rotor Induction Generators at Power Grid; More on Power Grid Disturbance Transients in Cage Rotor Induction Generators; Summary; References; STATOR CONVERTER CONTROLLED INDUCTION GENERATORS (SCIGs); Introduction; Grid Connected SCIGs: The Control System; Grid Connection and Four-Quadrant Operation of SCIGs; Stand-Alone Operation of SCIG; Parallel Operation of SCIGs; Static Capacitor Exciter Stand-Alone IG for Pumping Systems; Operation of SCIGs with DC Voltage Controlled Output; Dual Stator Winding for Grid Applications; Summary; References; AUTOMOTIVE CLAW-POLE-ROTOR GENERATOR SYSTEMS; Introduction; Construction and Principle; Magnetic Equivalent Circuit (MEC) Modeling; Three-Dimensional Finite Element Method (3D FEM) Modeling; Losses, Efficiency, and Power Factor; Design Improvement Steps; The Lundell Starter/Generator for Hybrid Vehicles; Summary; References; INDUCTION STARTER/ALTERNATORS (ISAs) FOR ELECTRIC HYBRID VEHICLES (EHVs); EHV Configuration; Essential Specifications; Topology Aspects of Induction Starter/Alternator (ISA); ISA Space-Phasor Model and Characteristics; Vector Control of ISA; DTFC of ISA; ISA Design Issues for Variable Speed; Summary; References; PERMANENT-MAGNET-ASSISTED RELUCTANCE SYNCHRONOUS STARTER/ALTERNATORS FOR ELECTRIC HYBRID VEHICLES; Introduction; Topologies of PM-RSM; Finite Element Analysis; The d-q Model of PM-RSM; Steady-State Operation at No Load and Symmetric Short-Circuit; Design Aspects for Wide Speed Range Constant Power Operation; Power Electronics for PM-RSM for Automotive Applications; Control of PM-RSM for EHV; State Observers without Signal Injection for Motion Sensorless Control; Signal Injection Rotor Position Observers; Initial and Low Speed Rotor Position Tracking; Summary; References; SWITCHED RELUCTANCE GENERATORS AND THEIR CONTROL; Introduction; Practical Topologies and Principles of Operation; SRG(M) Modeling; The Flux/Current/Position Curves; Design Issues; PWM Converters for SRGs; Control of SRG(M)s; Direct Torque Control of SRG(M)s; Rotor Position and Speed Observers for Motion-Sensorless Control; Output Voltage Control in SRG; Summary; References; PERMANENT MAGNET SYNCHRONOUS GENERATOR SYSTEMS; Introduction; Practical Configurations and Their Characterization; Airgap Field Distribution, emf and Torque; Stator Core Loss Modeling; The Circuit Model; Circuit Model of PMSG with Shunt Capacitors and AC Load; Circuit Model of PMSG with Diode Rectifier Load; Utilization of Third Harmonic for PMSG with Diode Rectifiers; Autonomous PMSGs with Controlled Constant Speed and AC Load; Grid-Connected Variable-Speed PMSG System; The PM Genset with Multiple Outputs; Super-High-Speed PM Generators: Design Issues; Super-High-Speed PM Generators: Power Electronics Control Issues; Design of a 42 Vdc Battery-Controlled-Output PMSG System; Methods for Testing PMSGs; Note on Medium-Power Vehicular Electric Generator Systems; Summary; References; TRANSVERSE FLUX AND FLUX REVERSAL PERMANENT MAGNET GENERATOR SYSTEMS; Introduction; The Three-Phase Transverse Flux Machine (TFM): Magnetic Circuit Design; TFM: The d-q Model and Steady State; The Three-Phase Flux Reversal Permanent Magnet Generator: Magnetic and Electric Circuit Design; Summary; References; LINEAR MOTION ALTERNATORS (LMAs); Introduction; LMA Principle of Operation; PM-LMA with Coil Mover; Multipole LMA with Coil Plus Iron Mover; PM-Mover LMAs; The Tubular Homopolar PM Mover Single-Coil LMA; The Flux Reversal LMA with Mover PM Flux Concentration; PM-LMAs with Iron Mover; The Flux Reversal PM-LMA Tubular Configuration; Control of PM-LMAs; Progressive-Motion LMAs for Maglevs with Active Guideway; Summary; References; INDEX
• Publisher Details: Boca Raton, FL : CRC/Taylor & Francis
• Publication Date: 2006
• Extent: 1 online resource (1 volume (various pagings)), illustrations
• Subjects: 621.31/3; Variable speed generators; TECHNOLOGY & ENGINEERING -- Mechanical; Variable speed generators; Electronic books
• Languages: English
• ISBNs: 1420037269; 9781420037265
• Related ISBNs: 0849357152; 9780849357152
• Notes: Note: Includes bibliographical references and index.
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.