EV Powertrains and Battery Technology Training Course

Introduction to Electric Vehicle (EV) Powertrains for Government

• Overview of EV powertrain architectures
• Comparative analysis of conventional and electric powertrains
• Key components of electric powertrains: motors, inverters, and transmissions

Battery Chemistry and Technology for Government

• Types of batteries utilized in EVs: Lithium-ion, solid-state, and others
• Fundamentals of battery chemistry and electrochemical processes
• Evaluation of battery capacity, energy density, and lifecycle performance

Battery Management Systems (BMS) for Government

• Core functions and components of a BMS
• Techniques for battery monitoring, balancing, and safety
• Integration of BMS into EV powertrain systems for enhanced performance

Powertrain Efficiency and Optimization for Government

• Analysis of energy loss factors and efficiency metrics
• Strategies to optimize EV powertrain performance
• Energy recovery methods through regenerative braking

Thermal Management of EV Batteries for Government

• Techniques for cooling and heating battery packs
• Prevention and control of thermal runaway in batteries
• Influence of temperature on battery performance and longevity

Advanced Powertrain Configurations for Government

• Design considerations for all-wheel drive (AWD) and dual-motor setups
• Hybrid electric powertrains and range extender technologies
• Development of power electronics and control strategies

Simulation and Testing Techniques for Government

• Methods for simulating powertrain performance under various conditions
• Battery testing and diagnostic procedures
• Evaluation of different powertrain configurations for efficiency and reliability

Real-World Applications and Case Studies for Government

• Case studies highlighting successful EV powertrain designs
• Challenges in integrating advanced battery systems into government fleets
• Lessons learned from industry applications and best practices

Summary and Next Steps for Government