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Duration 14 hours
Course Outline
Foundations of EV Powertrains
- Exploring the design and architecture of EV powertrains
- Contrasting conventional internal combustion powertrains with electric counterparts
- Key electric powertrain components: electric motors, power inverters, and transmission systems
Battery Chemistry and Advanced Technology
- Battery types prevalent in EVs: Lithium-ion, solid-state, and emerging alternatives
- Deep dive into battery chemistry and underlying electrochemical reactions
- Analysis of battery capacity, energy density, and full lifecycle performance
Battery Management Systems (BMS)
- Core functions and critical components within a BMS
- Strategies for battery monitoring, cell balancing, and safety protocol implementation
- Integrating BMS seamlessly into overall EV powertrain systems
Powertrain Efficiency and Performance Optimization
- Identifying energy loss factors and performing efficiency calculations
- Applying techniques to maximize EV powertrain performance
- Harnessing energy recovery mechanisms, specifically regenerative braking
Thermal Management Strategies for EV Batteries
- Effective cooling and heating methodologies for battery packs
- Preventing and controlling thermal runaway events
- Understanding the impact of ambient temperature on battery behavior and longevity
Advanced Powertrain Configurations
- Designing All-wheel drive (AWD) and dual-motor architectures
- Hybrid electric powertrains and the role of range extenders
- Power electronics architecture and advanced control strategies
Simulation and Testing Methodologies
- Simulating powertrain performance under diverse operational conditions
- Standardized battery testing protocols and diagnostic approaches
- Assessing powertrain configurations for optimal efficiency
Industry Applications and Case Studies
- Analyzing successful EV powertrain design case studies
- Addressing challenges associated with integrating advanced battery systems
- Extracting key lessons from real-world industry implementations
Recap and Future Directions
Requirements
- Solid grasp of fundamental electrical engineering concepts
- Practical experience with automotive systems or powertrain technologies
- Familiarity with the core principles of energy storage
Target Audience
- Electrical engineers focused on automotive sector applications
- Automotive technicians specializing in EV maintenance and repair
- Energy experts dedicated to EV integration and battery solution development
