1. Introduction 1.1 Background of Electric Vehicles 1.2 Importance of Energy Efficiency 1.3 Scope of the Study 1.4 Objectives of the Research 2. Electric Vehicle Dynamics 2.1 Basics of Electric Powertrain 2.2 Role of Braking Systems 2.3 Challenges in Energy Optimization 3. Regenerative Braking Systems 3.1 Principles of Regenerative Braking 3.2 Types of Regenerative Braking 3.3 Benefits Over Traditional Braking 4. Design Parameters for Regenerative Systems 4.1 Energy Recovery Potential 4.2 System Efficiency Factors 4.3 Integration with Vehicle Electronics 5. Advanced Design Techniques 5.1 Innovations in Hardware Design 5.2 Software Control Algorithms 5.3 Material Selection for Efficiency 6. Case Studies and Comparative Analysis 6.1 Existing Regenerative Systems 6.2 Performance Analysis of Designs 6.3 Lessons Learned from Implementations 7. Simulation and Modeling Approaches 7.1 Tools for System Simulation 7.2 Modeling Efficient Braking Systems 7.3 Validating Model Predictions 8. Conclusion and Future Directions 8.1 Summary of Findings 8.2 Impact on Electric Vehicle Market 8.3 Areas for Further Research
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