Battery Management in EVs
( 30 Modules )

Module #1
Introduction to Electric Vehicles and Battery Management
Overview of EVs, importance of battery management, and course objectives

Module #2
Battery Chemistry and Types
Understanding different battery chemistries, their characteristics, and applications in EVs

Module #3
Battery Architecture and Design
Design considerations for EV batteries, including pack design, thermal management, and electrical architecture

Module #4
Battery Performance Characteristics
Understanding battery performance metrics, including capacity, energy density, power density, and cycle life

Module #5
Battery Safety and Reliability
Safety considerations for EV batteries, including thermal runaway, electrical isolation, and reliability testing

Module #6
Introduction to Battery Management Systems (BMS)
Overview of BMS functions, architecture, and components

Module #7
Cell Balancing and State Estimation
Understanding cell balancing techniques, state of charge (SOC) estimation, and state of health (SOH) estimation

Module #8
Charge and Discharge Control
Understanding charge and discharge control strategies, including constant current, constant voltage, and pulse charging

Module #9
Thermal Management and Cooling Systems
Design and implementation of thermal management systems for EV batteries

Module #10
BMS Communication and Networking
Understanding communication protocols and networking architectures for BMS in EVs

Module #11
Advanced State Estimation Techniques
Exploring advanced SOC and SOH estimation techniques, including machine learning and probabilistic methods

Module #12
Fault Detection and Diagnosis
Understanding fault detection and diagnosis techniques for BMS, including error detection and correction

Module #13
Optimization Techniques for BMS
Exploring optimization techniques for BMS, including model predictive control and genetic algorithms

Module #14
BMS Security and Cybersecurity
Understanding security threats and countermeasures for BMS in EVs

Module #15
BMS for Emerging EV Applications
Exploring BMS requirements and challenges for emerging EV applications, including autonomous vehicles and vehicle-to-grid (V2G)

Module #16
Case Study:BMS for Passenger EVs
Real-world examples and case studies of BMS implementation in passenger EVs

Module #17
Case Study:BMS for Commercial EVs
Real-world examples and case studies of BMS implementation in commercial EVs, including buses and trucks

Module #18
Practical Considerations for BMS Implementation
Best practices and practical considerations for BMS implementation, including testing, validation, and compliance

Module #19
Emerging Trends in EV Battery Technology
Overview of emerging trends in EV battery technology, including solid-state batteries and lithium-air batteries

Module #20
Future of BMS:Opportunities and Challenges
Exploring the future of BMS, including opportunities, challenges, and research directions

Module #21
BMS Design Requirements and Specifications
Understanding BMS design requirements and specifications, including functional, performance, and safety requirements

Module #22
BMS Hardware and Software Design
Designing BMS hardware and software, including PCB design, microcontroller selection, and software architecture

Module #23
BMS Testing and Validation
Understanding testing and validation methodologies for BMS, including simulation, testing, and validation tools

Module #24
BMS Integration and Calibration
Integrating and calibrating BMS with EV systems, including power electronics, motor control, and vehicle systems

Module #25
BMS Optimization and Tuning
Optimizing and tuning BMS parameters for improved performance, efficiency, and reliability

Module #26
BMS for Energy Storage Systems (ESS)
Understanding BMS requirements and challenges for ESS applications

Module #27
BMS for Hybrid and Fuel Cell EVs
Exploring BMS requirements and challenges for hybrid and fuel cell EVs

Module #28
BMS for Autonomous and Connected Vehicles
Understanding BMS implications for autonomous and connected vehicles

Module #29
BMS for Second-Life and Repurposing Applications
Exploring BMS requirements and challenges for second-life and repurposing applications

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Battery Management in EVs career

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Battery Management in EVs ( 30 Modules )

Battery Management in EVs
( 30 Modules )