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  01 Welcome to the Course!

   002 Level 2 Introduction.html

  02 How a BMS protects a User and Battery Pack

   001 BMS Requirement 2 - Protection.mp4

   002 What to protect against.mp4

   003 Overcurrent overtemperature protection.mp4

   004 Over voltage temperature protection.mp4

   005 Fault detection tolerance.mp4

   006 Safety Standards.mp4

   007 Summary.mp4

  03 BMS interface

   001 BMS requirement 3 Interface.mp4

   002 Communication via CAN bus.mp4

   003 Format of CAN bus packet.mp4

   004 Charger control.mp4

   005 What limits fast charging_.mp4

   006 Log book function.mp4

   007 Range estimation.mp4

   008 Summary.mp4

  04 SoC and SoH estimation

   001 BMS requirement 4 Performance manage.mp4

   002 What needs to be estimated, and why.mp4

   003 Why must we estimate energy, power.mp4

   004 Why must we estimate SOC, SOH.mp4

   005 Quality of estimates.mp4

   006 Summary.mp4

  05 Cell and Battery Pack SoC

   001 What really is state of charge SOC.mp4

   002 What is physical basis for cell SOC.mp4

   003 How does SOC relate to cell voltage.mp4

   004 How does SOC relate to cell current.mp4

   005 Summary.mp4

  06 Computation of Cell available Energy and Power

   001 Cell total energy estimate.mp4

   002 Cell available power estimate.mp4

   003 HPPC discharge power.mp4

   004 HPPC charge power.mp4

   005 Summary.mp4

  07 Computation of Battery Pack available Energy and Power

   001 Computing battery pack available power.mp4

   002 Computing battery pack total energy.mp4

   003 Using lookup table for efficiency.mp4

   004 Summary.mp4

  08 Diagnostics Report

   001 BMS requirement 5 Diagnostics.mp4

   002 External abuse detection.mp4

   003 Internal failure detection.mp4

   004 State of health SOH.mp4

   005 Summary.mp4

  10 Bonus Section

  Bonus Resources.txt