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Other Applied Science Fields
Transportation
Electric and Hybrid Vehicles
1. Introduction to Electric and Hybrid Vehicles
2. Vehicle Architectures and Drivetrains
3. Energy Storage Systems
4. Electric Machines and Motor Control
5. Power Electronics Systems
6. Hybrid-Specific Systems
7. Vehicle Control and Software Systems
8. Charging Technology and Infrastructure
9. Performance and Efficiency
10. Safety and Maintenance
11. Economic and Market Analysis
Electric Machines and Motor Control
Electric Motor Fundamentals
Electromagnetic Induction Principles
Torque Generation Mechanisms
Motor-Generator Operation
Regenerative Capability
DC Motor Technologies
Brushed DC Motors
Construction
Operating Principles
Advantages
Limitations
Brushless DC Motors
Construction
Operating Principles
Electronic Commutation
Advantages
Limitations
AC Motor Technologies
AC Induction Motors
Construction
Operating Principles
Squirrel Cage Design
Advantages
Limitations
Permanent Magnet Synchronous Motors
Construction
Operating Principles
Magnet Types and Arrangements
Advantages
Limitations
Switched Reluctance Motors
Construction
Operating Principles
Advantages
Limitations
Motor Control Systems
Speed Control Methods
Torque Control Methods
Pulse Width Modulation
Vector Control
Field-Oriented Control
Four-Quadrant Operation
Forward Motoring
Reverse Motoring
Forward Regeneration
Reverse Regeneration
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3. Energy Storage Systems
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5. Power Electronics Systems