Power Electronics and Motor Drives

- Advances and Trends

  • Format
  • Bog, paperback
  • Engelsk

Beskrivelse

Power Electronics and Motor Drives: Advances and Trends, Second Edition is the perfect resource to keep the electrical engineer up-to-speed on the latest advancements in technologies, equipment and applications. Carefully structured to include both traditional topics for entry-level and more advanced applications for the experienced engineer, this reference sheds light on the rapidly growing field of power electronic operations. New content covers converters, machine models and new control methods such as fuzzy logic and neural network control. This reference will help engineers further understand recent technologies and gain practical understanding with its inclusion of many industrial applications. Further supported by a glossary per chapter, this book gives engineers and researchers a critical reference to learn from real-world examples and make future decisions on power electronic technology and applications.

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Detaljer
  • SprogEngelsk
  • Sidetal1108
  • Udgivelsesdato18-11-2020
  • ISBN139780128213605
  • Forlag Academic Press Inc
  • FormatPaperback
Størrelse og vægt
  • Vægt2150 g
  • coffee cup img
    10 cm
    book img
    19,1 cm
    23,4 cm

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    Classification Power electronics Frames Self-control Vector control Energy Renewable energy sources Shale Climate change Environmental pollution High temperature superconductivity Sliding mode control Ship propulsion Facts Perceptron Power Integrated Circuit IGCT DTC Smart-Grid DC-DC Converters Xilinx FPGAs Model-predictive control Sensorless Control Features Glossary IGBT Application examples Electric vehicle Fuel cell Triac Membership Functions Fuzzy inference systems Z-source Converters Drive applications Hydrogen economy Anfis Thyristor Virtual synchronous generator Power MOSFET GTO Network model Simulation programs 100% RES possibility 18-Thyristor and 36-thyristor cycloconverters AC line power factor control AC power Control Activation functions Adaline/Madaline AI features AI classification Advances and trends Advances and trends in devices Battery storage system BLDM drives Assembly language instruction Automated design of drives Back-propagation NW Batteries for energy storage Bidirectional AC switch Applications of NNW Control of wind generation system DC motor Drives Cycloconverter principles Device comparison Converter harmonics Defuzzification Electric power grid Control classification Diode Rectifiers Example applications Expert system principles DC link active filter Classes of drives Equivalent circuits FPGA Control Future scenario of power electronics glossaries Continuous and discontinuous conduction Faults in cycloconverter drives Features of eMEGASIM Fuse protection of devices Fuzzy logic features Global super power grid Generalized BP network Gradient decent method Harmonics standards Delayless filtering High-frequency link conversion Digital control algorithms Digital control classification Hybrid elevator Induction motor dynamic models Input-output mapping Drive feedback signal estimation Efficiency optimization of IM drives EMI generation EMI problems Energy recovery converters LCI-WFSM drives Estimation of current waves Feedback signals estimation EV drives Microcomputer/DSP control Evolution of power semiconductor devices MRAC slip Gain tuning Multilevel converters Four-quadrant operation Flowchart Flywheel energy system Mamdani FIS NNW Toolbox and example applications OPAL-RT real-time simulator P-I tuning Power electronics technology trends PSPICE simulation photovoltaic converters Permanent magnet machines Phase-controlled rectifier DC drives Position encoder Power electronics evolution IPMSG-based wind generation system H-bridge converters Recurrent NNW SHE-PWM Smart grid control Rule table PWM control of converters Soft-switched converter prognosis Software structure Significant events in power electronics history Real-time NWs Stator flux estimation Stator resistance estimation Selection of drives Simulink and Simscape or SimPowerSystems simulations Sugeno FIS Solid-state transformers Static Kramer and Scherbius drives Lusing Larson FIS TMS320 DSP families Synchronous machine dynamic models Synchronous reluctance motor drives Thyristor converters Volts/Hz control Sinusoidal and space vector PWM techniques Wind generation systems Undermodulation and overmodulation Motor speed control Machine classification Synchronous reluctance and switched reluctance machines MATLAB Toolboxes Matrix Converters Open-loop volts/Hz control Mapping of alphabet characters Neural network principles NNW chips PM machine Drives SiC and GaN devices PWM comparison Timing Diagram Phasor diagrams Ultracapacitor Vector control of IM Slip-controlled drives Square-wave and PWM converters Static VAR compensators Sensorless drives Simulation of drives Simulink simulation of drives Single-phase induction motors Soft-switching converters SRM drives Waveform estimation Voltage-fed and current-fed converter drives

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