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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
Vehicle Control and Software Systems
Vehicle Control Unit
Central Processing Functions
Driver Input Interpretation
Torque Management
Power Distribution Control
Subsystem Coordination
Communication Networks
Energy Management Strategies
Rule-Based Control
Predefined Logic
Threshold-Based Decisions
State Machine Control
Optimization-Based Control
Real-Time Optimization
Dynamic Programming
Model Predictive Control
Predictive Control
GPS-Based Route Planning
Traffic Information Integration
Adaptive Learning Algorithms
Drive Mode Selection
Eco Mode
Energy Conservation Features
Performance Limitations
Normal Mode
Balanced Operation
Standard Performance
Sport Mode
Enhanced Power Delivery
Aggressive Response
EV-Only Mode
Electric-Only Operation
Range Limitations
ICE Activation Triggers
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6. Hybrid-Specific Systems
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8. Charging Technology and Infrastructure