Importance and functionality of Battery Management System In Electric Vehicles. This work is done by our researchers in 2023 in the journey of EV adaption in Bharat. Some of the information is taken from public domains to elaborate more on the subject. This work is not for advertisement and just for eminence purpose.

1. Electric Vehicle Design and the Role of
Battery Management Systems (BMS)

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Introduction
• Welcome
• Electric Vehicle Design and
BMS
• Importance of Electric Vehicles
(EVs)

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The Electric Vehicle
Revolution
• Global shift towards electric mobility
• Environmental benefits
• Market growth and demand

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Electric Vehicle
Components
• Overview:
• Electric motor
• Battery pack
• Power electronics
• Acceleration

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What is a Battery
Management System (BMS)?
• Key functions:
• Monitoring
• Balancing
• State-of-charge estimation
• Thermal management
• Safety features

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BMS Components
• Sensors
• Microcontroller
• Communication interfaces
• Battery balancing circuitry
• Safety mechanisms

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BMS in Electric Vehicle
Design
• Ensuring battery performance and longevity
• Optimizing energy usage
• Enhancing safety
• Integrating with other vehicle systems

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Monitoring and Diagnostics
• Real-time monitoring of individual cells
• Identifying abnormal conditions
• Preventing overcharging and over-discharging

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Battery
Balancing
• Importance of cell balancing
• Types of balancing methods
• Maximizing capacity utilization

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State-of-Charge (SoC) Estimation
• Accurate SoC measurement
• Factors affecting SoC
• Impact on range estimation

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Thermal Management
• Managing battery temperature
• Cooling and heating strategies
• Preventing thermal runaway

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Safety Features
• Overcurrent protection
• Overvoltage protection
• Undervoltage protection
• Cell-level shutdown

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BMS and Range Optimization
• Impact of BMS on EV range
• Strategies for maximizing
range
• Maintaining battery health

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BMS and Charging
• BMS role in charging
• Fast charging considerations
• Smart charging for efficiency

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Future Trends
• Advancements in BMS technology
• Integration with AI and predictive analytics
• Solid-state batteries and their impact

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Case Studies
• Examples of successful EVs
with advanced BMS
• Real-world benefits and
improvements

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Challenges and Solutions
• BMS development challenges
• Strategies for overcoming these
challenges

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Conclusion
• Recap of BMS importance in EVs
• Shaping the future of electric
mobility

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Q&A
• Open the floor for questions and
discussions

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Thank You

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Contact Information
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