Vehicular Electric Power Systems : Land, Sea, Air, and Space Vehicles

INTRODUCTION TO ELECTRICAL POWER SYSTEMS Fundamentals of Electric Circuits Control Systems Electrical Systems References FUNDAMENTALS OF POWER ELECTRONICS AC/DC Rectifiers DC/DC Converters DC/AC Inverters Selected Readings ELECTRIC MACHINES Electro-Mechanical Power Transfer Systems Fundamentals of Electromagnetism DC Machines Induction Machines Synchronous Machines Selected Readings AUTOMOTIVE POWER SYSTEMS Conventional 14V Electrical System Architecture Advanced Electrical Loads Increasing the System Voltage to 42V Advanced Distribution Systems Starter, Alternator, and Integrated Starter/Alternator Automobile Steering Systems Semiconductors for Automotive Applications Automotive Communication Networks and Wireless Techniques References ELECTRIC AND HYBRID ELECTRIC VEHICLES Principles of Hybrid Electric Drivetrains Architectures of Hybrid Electric Drivetrains Electrical Distribution System Architectures More Electric Hybrid Vehicles Hybrid Control Strategies Hybridization Effects 42V System for Traction Applications Heavy Duty Vehicles Electric Dragsters Modeling and Simulation of Automotive Power Systems References AIRCRAFT POWER SYSTEMS Conventional Electrical Systems Power Generation Systems Aircraft Electrical Distribution Systems Stability Analysis References SPACE POWER SYSTEMS Introduction International Space Station Spacecraft Power Systems Modeling and Analysis Real-Time State Estimation Stability Assessment References SEA AND UNDERSEA VEHICLES Power System Configurations in Sea and Undersea Vehicles Power Electronics Building Blocks (PEBBs) Controller Architecture for Power Electronic Circuits Power Management Center (PMC) Electrical Distribution System in Sea and Undersea Vehicles Advanced Electric Drives in Sea and Undersea Vehicles References FUEL CELL BASED VEHICLES Structures, Operations, and Properties of Fuel Cells Important Properties of Fuel Cells for Vehicles Light-Duty Vehicles Heavy-Duty Vehicles Current Status and Future Trends in Fuel Cell Vehicles Aerospace Applications Other Applications of Fuel Cells Conclusion References ELECTRICAL MODELING TECHNIQUES FOR ENERGY STORAGE DEVICES Battery Modeling Modeling of Fuel Cells Modeling of Photovoltaic (PV) Cells Modeling of Ultracapacitors Conclusion References ADVANCED MOTOR DRIVES FOR VEHICULAR APPLICATIONS Brushless DC Motor Drives Switched Reluctance Motor Drives References MULTI-CONVERTER VEHICULAR DYNAMICS AND CONTROL Multi-Converter Vehicular Power Electronic Systems Constant Power Loads and Their Characteristics Concept of Negative Impedance Instability Negative Impedance Instability in the Single PWM DC/DC Converters Stability of PWM DC/DC Converters Driving Several Loads Stability Condition in a DC Vehicular Distribution System Negative Impedance Stabilizing Control for PWM DC/DC Converters with Constant Power and Resistive Loads Conclusion References EFFECTS OF CONSTANT POWER LOADS IN AC VEHICULAR SYSTEMS Vehicular AC Distribution Systems Modeling of AC Constant Power Loads Negative Impedance Instability Conditions Hybrid (DC and AC) Vehicular Systems with Constant Power Loads Conclusion References INDEX