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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
Performance and Efficiency
Performance Metrics
Range Characteristics
EPA Range Testing
WLTP Range Testing
Real-World Range Factors
Acceleration Performance
0-60 mph Times
0-100 km/h Times
Quarter-Mile Performance
Top Speed Capabilities
Gradeability
Efficiency Measurements
Miles Per Gallon Equivalent (MPGe)
Energy Consumption Ratings
kWh per 100 miles
kWh per 100 kilometers
Well-to-Wheel Analysis
Energy Source Efficiency
Transmission Losses
Vehicle Efficiency
Comparison with ICE Vehicles
Regenerative Braking Systems
Energy Recovery Principles
Brake Blending
Regenerative Brake Integration
Friction Brake Coordination
One-Pedal Driving
Adjustable Regeneration Levels
Efficiency Impact
Vehicle Dynamics Characteristics
Instant Torque Delivery
Low Center of Gravity Effects
Weight Distribution Impact
Noise, Vibration, and Harshness (NVH)
Handling Characteristics
Traction Control Systems
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10. Safety and Maintenance