Course curriculum

    1. Welcome to the Course

    2. How to use Discussions option

    3. Course access duration

    4. Piracy & infringement warning

    1. Introduction to cell modeling methods -Cell behavior

    1. Equivalent circuit analogy & Equivalent circuit models

    2. Introduction to cell modeling methods -1RC equivalent circuit model

    3. Introduction to cell modeling methods -PNGV equivalent circuit model

    4. Introduction to cell modeling methods -2RC equivalent circuit model

    5. Introduction to cell modeling methods-Extended PNGV equivalent circuit model

    6. Introduction to cell modeling methods - Electrochemical modeling & final comparison

    1. Introduction to cell modeling

    2. Rint model 1- SOC estimation

    3. Rint model 2-Lookup table & internal resistance estimation

    4. Rint model 3 -Temperature Estimation

    5. Rint model 4 -Power loss, open circuit voltage & terminal voltage estimation

    6. Rint model 5 - Model completion

    7. Rint model 6 - Data logging & scripting

    8. Rint model 7 - Scripting part -2

    9. Rint model 8 - Trial simulation

    10. Rint model 9 - Model error identification & final simulation

    11. Rint model 10 - Temperature dependency & model modification

    12. Rint model 11 - Script modification

    13. Instructions

    14. Rint model 12 - Model simulation

    15. Rint model 13-Model comparison

    16. Rint model result analysis

    17. Rint Model and script files

    1. 1 RC Model introduction

    2. 1 RC Model capacitance estimation

    3. 1 RC Model current across polarization resistance

    4. 1 RC Model terminal voltage and power loss resistance

    5. 1 RC Model model simulation

    6. 1 RC Model results

    7. 1 RC and Rint model comparison

    8. 1 RC simulation with repeating sequence of current values

    9. RC Model and script files

    1. Module 4 short assignment

About this course

  • 40 lessons
  • 7 hours of video content