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Introduction to EV & HEV
- Overview of electric and hybrid vehicles
- Market trends and future outlook
- Environmental and economic impacts
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Electric Vehicle (EV) Fundamentals
- Basic principles of electric propulsion
- Types of electric vehicles: BEV, PHEV, FCEV
- Key components: electric motors, batteries, power electronics
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Hybrid Electric Vehicle (HEV) Fundamentals
- HEV configurations: series, parallel, series-parallel hybrids
- Powertrain components and their functions
- Energy management and optimization
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Battery Technology
- Types of batteries: Li-ion, NiMH, solid-state
- Battery management systems (BMS)
- Charging infrastructure and technology
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Electric Motors and Controllers
- Types of electric motors: AC induction, permanent magnet synchronous, brushless DC
- Motor control strategies and power electronics
- Efficiency and performance optimization
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Power Electronics and Control Systems
- Inverters, converters, and chargers
- Power management strategies
- Control algorithms and software
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Vehicle Dynamics and Simulation
- Fundamentals of vehicle dynamics for EVs and HEVs
- Simulation tools and techniques
- Performance modeling and analysis
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Thermal Management Systems
- Cooling and heating requirements for batteries and power electronics
- Thermal management strategies and systems
- Impact on vehicle performance and longevity
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Charging Infrastructure and Energy Storage
- Types of charging systems: slow, fast, rapid charging
- Grid integration and smart charging
- Energy storage solutions and integration with the grid
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Safety and Standards
- Safety considerations for EVs and HEVs
- Relevant standards and regulations
- Certification and compliance
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Case Studies and Practical Applications
- Real-world examples of EV and HEV development
- Success stories and lessons learned
- Hands-on projects and practical exercises
Learning Outcomes:
- Understand fundamental principles of electric and hybrid vehicles
- Identify and describe key components and their functions
- Analyze and optimize EV and HEV powertrain performance
- Develop and implement energy management strategies
- Apply knowledge of battery technologies and charging systems
- Utilize simulation tools for vehicle dynamics and performance analysis
- Address safety, standards, and regulatory requirements
Target Audience:
- Automotive engineers and technicians
- Researchers and developers in the automotive industry
- Professionals transitioning to the EV and HEV sector
- Students and academics specializing in automotive engineering
Duration and Format:
- Duration: Few days to several weeks, depending on depth of coverage
- Format: In-person, online, or hybrid
- Includes: Lectures, hands-on workshops, simulations, real-world case studies
