Free Download Simscape For Battery Simulation And Thermal ManagementMP4 |
Video: h264, 1280x720 |
Audio: AAC, 44.1 KHz
Language: English |
Size: 3.13 GB |
Duration: 4h 4m
Build a system-level electro-thermal-hydraulic battery simulation in Simscape from single cell to full pack level
What you'll learnLearn Simscape fundamentals for physical system modeling
Build and simulate multi-domain models (electrical, thermal, hydraulic)
Integrate MATLAB scripting with Simscape simulations
Implement thermal management using flow control and controllers
Develop structured workflows for building scalable models
RequirementsBasic familiarity with MATLAB and Simulink
MATLAB with Simscape toolboxes installed
Computer capable of running MATLAB simulations
Educational background in engineering, applied physics, or technical sciences recommended
DescriptionThis course on Simscape modeling and simulation teaches practical, project-based skills using an EV battery pack as the main example. Learn fundamentals, component-level modeling, and system-level electro-thermal-hydraulic simulations, building multi-cell modules and full battery packs with realistic drive profiles. The course emphasizes structured workflows, parameter management, and reusable components, giving you the ability to create scalable and maintainable models applicable in automotive and energy storage applications.What You Will LearnSimscape fundamentals and modeling best practicesBuild and simulate electro-thermal-hydraulic battery cell modelsAssemble 12S2P battery modules and full EV battery packsImplement thermal management and system analysisManage parameters and create scalable, reusable componentsRun simulations and visualize results for battery performanceApply structured workflows for maintainable models
Who this course is forEngineers, researchers, and students in EV systems, battery engineering, or multi-domain modelingAnyone seeking hands-on Simscape simulation experienceLearners interested in project-driven modeling and battery system analysisCourse HighlightsHands-on, project-driven approach with a real EV battery packStep-by-step guidance from component modeling to full system simulationElectro-thermal-hydraulic simulations for cells, modules, and packsStructured, scalable modeling workflowsDrive cycle simulations and performance analysisWhy This Course ExistsMost Simscape courses focus on isolated components or theoretical examples. This course provides practical, end-to-end system modeling experience, showing how to design, simulate, and analyze a full battery pack with real-world relevance. It teaches the full workflow from component-level design to system-level simulations, including thermal and hydraulic interactions, parameter management, and structured model organization. Students gain professional skills applicable to automotive engineering, energy storage systems, and multi-domain system modeling. The project-based approach ensures learners can directly apply concepts to real-world battery systems, understand system interactions, and create models that are robust, reusable, and scalable.
Students in engineering, energy, or technical fields,Engineers and working professionals seeking hands-on Simscape experience,Learners interested in multi-domain system modeling (electrical, thermal, hydraulic),Anyone wanting to integrate MATLAB scripting with Simscape simulations,Beginners who want practical, project-based learning
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