Thank you for sending your enquiry! One of our team members will contact you shortly.
Thank you for sending your booking! One of our team members will contact you shortly.
Course Outline
Introduction to Electric Vehicle (EV) Powertrains for Government
- Overview of EV powertrain architectures for government use
- Comparison between conventional and electric powertrains in a governmental context
- Key components of electric powertrains: motors, inverters, and transmissions
Battery Chemistry and Technology for Government Applications
- Types of batteries used in EVs: Lithium-ion, solid-state, and other advanced technologies
- Detailed examination of battery chemistry and electrochemical reactions
- Analysis of battery capacity, energy density, and lifecycle for government operations
Battery Management Systems (BMS) for Government
- Core functions and components of a BMS in governmental fleets
- Techniques for battery monitoring, balancing, and ensuring safety features
- Integration of BMS into EV powertrain systems for government use
Powertrain Efficiency and Optimization for Government Fleets
- Identification of energy loss factors and methods for efficiency calculations
- Strategies to optimize EV powertrain performance in government applications
- Implementation of energy recovery through regenerative braking in governmental vehicles
Thermal Management of EV Batteries for Government Use
- Cooling and heating strategies for battery packs in government fleets
- Prevention and control measures for thermal runaway in governmental EVs
- Impact of temperature on battery performance in a governmental context
Advanced Powertrain Configurations for Government Applications
- All-wheel drive (AWD) and dual-motor setups for enhanced government vehicle performance
- Hybrid electric powertrains and range extenders for government use
- Advanced power electronics and control strategies for governmental vehicles
Simulation and Testing Techniques for Government EVs
- Methods for simulating powertrain performance under various conditions in a governmental setting
- Battery testing and diagnostic methods tailored for government fleets
- Evaluation of powertrain configurations for efficiency and reliability in government operations
Real-World Applications and Case Studies for Government
- Case studies of successful EV powertrain designs in governmental applications
- Challenges in integrating advanced battery systems into government fleets
- Lessons learned from industry applications relevant to government operations
Summary and Next Steps for Government Implementation
Requirements
- A foundational knowledge of electrical engineering concepts for government applications
- Practical experience with automotive systems or powertrain technology
- Familiarity with energy storage principles and their application in the public sector
Audience
- Electrical engineers focusing on automotive applications for government
- Automotive technicians engaged in the maintenance of electric vehicles (EVs) for government fleets
- Energy specialists working on EV integration and battery solutions for government operations
14 Hours
