Why this course?

Description

A comprehensive project-based chapter on modeling, simulation, and control strategies for Battery Management Systems (BMS) using MATLAB and Simulink.

deep into the design and development of Battery Management Systems (BMS) leveraging MATLAB Simulink and Simscape. Covering over 30 days of structured training, learners begin with foundational knowledge of BMS and progress to advanced topics like SOC/SOH estimation, thermal modeling, and cell balancing strategies. Modules include creation of battery module objects, simulation-based modeling of battery packs, hybrid cell pack design, and integration with grid systems. Advanced simulations include Kalman filtering for SOC/SOH estimation, passive and active cell balancing, lithium-ion cell modeling, and thermal protection. The final sections address IC selection, microcontroller integration, and practical circuit designs for EV applications. The chapter is enriched with simulation files, datasets, and hands-on projects including EV modeling and vehicle braking mechanisms, preparing learners for both research and industrial deployment of BMS solutions.