Certification Course in Advanced BMS and Modeling & Simulation for EVs
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Welcome to the course!
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Module 1: Cell Balancing in EV Battery System: Methods, Topologies, and TechniquesTopic 1: Introduction to Cell Balancing – Key Concepts, Topologies, and Its Importance for EV Batteries15m 8sTopic 2: Significance of Cell Balancing Technology in EV Battery Systems14m 21sTopic 3: How Battery Balancing Works – Causes of SOC Imbalance & Active vs. Passive Methods14m 54sTopic 4: Active Cell Balancing Techniques Part 1- Direct Transformer Based & Switch Matrix Plus Transformer Approaches19m 2sTopic 5: Active Cell Balancing Techniques Part 2 – Buck-Boost, Comparisons, & Closed-Loop Control Switch19m 51s
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Module 2: Battery Cooling Systems: Benefits, Cooling Methods, and Advanced Liquid Solutions
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Module 3: Comprehensive Guide to BMS Communication ProtocolsTopic 1: Understanding SOC & SOH – Key Parameters in BMS16m 56sTopic 2: Exploring BMS Functions & Communication Protocols in BMS – TTL Overview19m 22sTopic 3: Understanding RS232 Communication Protocol8m 35sTopic 4: Understanding RS485 and CAN Communication Protocols17m 17sTopic 5: Understanding CAN Bus and UART Protocol & UART Implementation Architecture in BMS11m 26sTopic 6: Understanding RS485 Implementation Architecture in Inverter BMS and TCP & Isolated SPI Protocols22m 4s
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Module 4: Wired and Wireless BMS Communication Systems – Architecture, Components, & ProtocolsTopic 1: Introduction to Wired & Wireless BMS Communication3m 50sTopic 2: Understanding the Basic Wired BMS Architecture, Its Components, & Communication Mechanism5m 25sTopic 3: Exploring the Advanced Wired BMS Architecture, Its Components, & Communication Mechanism15m 38sTopic 4: Comprehensive Overview of Wireless BMS Communication, Architecture, & Protocols10m 13s
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Module 5: BMS Hardware Configurations and ComponentsTopic 1: Understanding BMS Hardware Topology – Centralized & Decentralized (Primary-Secondary) System21m 2sTopic 2: BMS Hardware Interconnections Explained and Design Considerations16m 20sTopic 3: Designing a BMS System: AFE, MCU, & Fuel Gauge Components18m 52sTopic 4: Understanding Internal & External Cell Balancing in BMS & Other Key BMS Components16m 19s
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Module 6: BMS Software Systems and Key Algorithms
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Module 7: Advanced Battery Analytics & Energy Management with ML, IoT & Cloud Computing
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Module 8: Advanced Cell Modeling with MATLAB/Simulink for Li-Ion CellTopic 1: Cell Modeling Part 1- Creating SOC & OCV Estimation Models13m 42sTopic 2: Cell Modeling Part 2- Creating Resistance & Power (R & P), Capacitance (C), and Temperature Estimation Models17m 46sTopic 3: Cell Modeling Part 3- Creating Terminal Voltage Estimation Model & Complete Battery Cell Simulation18m 22s
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Module 9: SOC Estimation Using Coulomb Counting & Kalman Filter Algorithms in MATLAB
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Module 10: Modeling Battery Management Systems (BMS) with MATLAB
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DIY Projects:
The “Certification Course in Advanced BMS and Modeling & Simulation for EVs” course provides an in-depth understanding of Battery Management Systems (BMS) with a special focus on cell balancing, thermal management, communication protocols, and advanced software and hardware configurations. Learners will explore practical methods, real-world applications, and simulation tools used to optimize battery safety, performance, and efficiency. Designed by industry experts, the course bridges theoretical knowledge with hands-on insights. It’s ideal for engineers, researchers, and enthusiasts in electric mobility and energy systems.
What's included
- 10 Modules.
- 35 Lectures.
- 9.447 hours of Video Content.
- 1 Project Assignment.
- Certification of Completion.
