December 23, 2024
Day 14 :  Design a battery using active cell balancing.

Day 14 : Design a battery using active cell balancing.

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Day 14 :  Design a battery using active cell balancing.

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30 Days Masterclass on Battery Management Systems
Topics Covered :
Day 1: Creating Basic Battery Module Simulation in MATLAB and Sims Cape.
Day2: Constructing Elementary Battery Pack Simulation in MATLAB and Simscape
Day 3: Designing Battery Module Model Considering Thermal Influences.
Day4: Developing Battery Pack Model Incorporating Cell Aging
Day 5: Constructing Battery Pack Model with Integrated Cell Balancing Circuitry.
Day 6: Creating Battery Pack Model for Grid-Connected Energy Systems.
Day7: Designing Simulation Model for Hybrid Cell Battery Pack
Day 8: Develop battery monitoring using Simulink/Sims Cape.
Day 9: Develop a battery charging and discharging using Simulink (simple circuit design)and Sims Cape.
Day10: Design a battery using passive cell balancing
Day 11: Design a battery using active cell balancing.
Day 12: Battery state of charge estimation using coulomb counting method in Simulink/Sims cape.
Day 13: Battery state of charge estimation using Kalman filter method in Simulink/Sims Cape.
Day 14: Battery state of charge estimation using unscented Kalman filter /EKF method using Simulink/Sims Cape.
Day 15: Battery state of health estimation using Simulink/Sims Cape.
Day 16: Develop algorithms to control the temperature of the battery by activating heaters or coolants.
Day 17: Design a Thermal analysis for New and aged battery packs.
Day 18: Design a battery controller in Matlab/ Simulink.
Day 19: Design a lithium battery cell 2 RC branch equivalent circuit in Matlab/Simulink.
Day 20: Battery charging and discharging using Matlab/Simulink.
Day21: Design a Lithium 1RC equivalent circuit using Matlab Simulink
Day22: Design lithium 1Rc equivalent circuit for estimation(different soc methods)
Day 23: Introduction to testing BMS software.
Day 24: Communication Protocols CAN bus, LIN bus, UART, etc.
Day 25: Data exchange between BMS and other vehicle components.
Day26: Testing for a battery management system matlab/Simulink
Day27: Generating code for a battery management system using Matlab/Simulink
Day 28: Design a Closed-loop testing of BMS using Matlab/Simulink.
Day29: Managing requirements for BMS in Simulink/Matlab
Day30: Deploying BMS algorithms on NXPS32K

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