[ FreeCourseWeb ] Udemy - Complete Battery Management System Course - Level 1

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[ FreeCourseWeb ] Udemy - Complete Battery Management System Course - Level 1 (Size: 1.9 GB)
  001 BMS functionality.en.srt 6.3 KB
  001 BMS functionality.mp4 55.4 MB
  001 Battery pack sensing Current.en.srt 1.8 KB
  001 Battery pack sensing Current.mp4 14.2 MB
  001 Battery pack sensing Temperature.en.srt 3.8 KB
  001 Battery pack sensing Temperature.mp4 29.1 MB
  001 Battery pack sensing Voltage.en.srt 2.2 KB
  001 Battery pack sensing Voltage.mp4 21.4 MB
  001 Bonus Lecture.html 3 KB
  001 Course Introduction.html 2.6 KB
  001 High voltage contactor control.en.srt 6.3 KB
  001 High voltage contactor control.mp4 45.8 MB
  001 Isolation sensing.en.srt 3.9 KB
  001 Isolation sensing.mp4 34.6 MB
  001 Justification I.html 4.4 KB
  001 Meeting energy and power specification.en.srt 6.1 KB
  001 Meeting energy and power specification.mp4 45.5 MB
  001 Thermal control.en.srt 9.9 KB
  001 Thermal control.mp4 78.1 MB
  001 What must BMS do_.en.srt 3.7 KB
  001 What must BMS do_.mp4 28.5 MB
  002 Analog to Digital Conversion.en.srt 5.7 KB
  002 Analog to Digital Conversion.mp4 51.3 MB
  002 Electric Vehicle Program.html 1.9 KB
  002 Justification II.html 3.9 KB
  002 Series and parallel cells.en.srt 7.1 KB
  002 Series and parallel cells.mp4 53.4 MB
  002 Setting up problem.en.srt 4.5 KB
  002 Setting up problem.mp4 39.1 MB
  002 Shunt current sensor.en.srt 2.2 KB
  002 Shunt current sensor.mp4 20.7 MB
  002 Step 1 Close negative contactor.en.srt 3.3 KB
  002 Step 1 Close negative contactor.mp4 28.4 MB
  002 Thermocouple.en.srt 3.4 KB
  002 Thermocouple.mp4 26.8 MB
  002 Types of thermal management.en.srt 7 KB
  002 Types of thermal management.mp4 66.5 MB
  002 When do I need BMS_.en.srt 7.1 KB
  002 When do I need BMS_.mp4 56.3 MB
  002 Why do we need BMS_.en.srt 5.4 KB
  002 Why do we need BMS_.mp4 35.2 MB
  003 BMS Application in Vehilce.en.srt 15.3 KB
  003 BMS Application in Vehilce.mp4 104.1 MB
  003 Example of Nissan Leaf.en.srt 2.9 KB
  003 Example of Nissan Leaf.mp4 23.6 MB
  003 General BMS functionality.en.srt 7.5 KB
  003 General BMS functionality.mp4 48.5 MB
  003 Justification III.html 4 KB
  003 Redrawing circuit to clarify analysis.en.srt 1.9 KB
  003 Redrawing circuit to clarify analysis.mp4 19.4 MB
  003 Resolution of an ADC.en.srt 5 KB
  003 Resolution of an ADC.mp4 49.8 MB
  003 Shunt details.en.srt 1.8 KB
  003 Shunt details.mp4 16.6 MB
  003 Step 2 Close precharge contactor.en.srt 3.4 KB
  003 Step 2 Close precharge contactor.mp4 28.2 MB
  003 Summary.en.srt 2.7 KB
  003 Summary.mp4 25.4 MB
  003 Thermistor.en.srt 1.9 KB
  003 Thermistor.mp4 16.8 MB
  004 Accuracy of an ADC.en.srt 3.7 KB
  004 Accuracy of an ADC.mp4 31.8 MB
  004 Conclusion.html 3.6 KB
  004 Design of modules.en.srt 7.6 KB
  004 Design of modules.mp4 52.4 MB
  004 Fault on low side Find R1.en.srt 6.2 KB
  004 Fault on low side Find R1.mp4 54 MB
  004 Kelvin four wire connection.en.srt 1.7 KB
  004 Kelvin four wire connection.mp4 16.7 MB
  004 Step 3 Close positive contactor.en.srt 1.6 KB
  004 Step 3 Close positive contactor.mp4 14.8 MB
  004 The issue of cost.en.srt 8.7 KB
  004 The issue of cost.mp4 56.2 MB
  004 Voltage divider circuit.en.srt 3.8 KB
  004 Voltage divider circuit.mp4 32.5 MB
  005 BMS architecture.en.srt 2.8 KB
  005 BMS architecture.mp4 20.7 MB
  005 Fault on high side find R2.en.srt 3.6 KB
  005 Fault on high side find R2.mp4 31.4 MB
  005 Other ADC considerations.en.srt 6 KB
  005 Other ADC considerations.mp4 48.7 MB
  005 Shunt current sensor comments.en.srt 5.5 KB
  005 Shunt current sensor comments.mp4 38.5 MB
  005 Step 4 Open precharge contactor.en.srt 614.4 B
  005 Step 4 Open precharge contactor.mp4 7.3 MB
  005 Summary.en.srt 2.7 KB
  005 Summary.mp4 25.2 MB
  005 Voltage divider analysis.en.srt 2.1 KB
  005 Voltage divider analysis.mp4 19.6 MB
  006 BMS slave role.en.srt 5.2 KB
  006 BMS slave role.mp4 37.6 MB
  006 Chipsets.en.srt 2.6 KB
  006 Chipsets.mp4 21.4 MB
  006 Hall effect current sensing.en.srt 2.7 KB
  006 Hall effect current sensing.mp4 23.2 MB
  006 Shutdown.en.srt 2.4 KB
  006 Shutdown.mp4 21.4 MB
  006 Summary.en.srt 1.4 KB
  006 Summary.mp4 13.3 MB
  006 Voltage divider + thermistor example.en.srt 4.8 KB
  006 Voltage divider + thermistor example.mp4 45.9 MB
  007 BMS master role.en.srt 3.1 KB
  007 BMS master role.mp4 29.3 MB
  007 Chipsets Example LTC6811.en.srt 4.1 KB
  007 Chipsets Example LTC6811.mp4 31.6 MB
  007 Hall effect current sensor comments.en.srt 5 KB
  007 Hall effect current sensor comments.mp4 42.2 MB
  007 Summary.en.srt 1.4 KB
  007 Summary.mp4 13 MB
  008 Is slave design reusable_.en.srt 3 KB
  008 Is slave design reusable_.mp4 27.9 MB
  008 Selecting a chipset.en.srt 4.2 KB
  008 Selecting a chipset.mp4 29.4 MB
  008 Summary.en.srt 1.6 KB
  008 Summary.mp4 13.3 MB
  009 Is master design reusable_.en.srt 2.3 KB
  009 Is master design reusable_.mp4 22.9 MB
  009 Summary.en.srt 1.4 KB
  009 Summary.mp4 12.8 MB
  010 Summary.en.srt 3.4 KB
  010 Summary.mp4 27.2 MB
  Bonus Resources.txt 307.2 B
  Get Bonus Downloads Here.url 204.8 B
  ▲ 125 total files

Description


Complete Battery Management System Course: Level 1



MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 65 lectures (2h 49m) | Size: 1.92 GB
Start understanding and designing battery management system from beginner to advance level.
What you'll learn:
Fundamentals of Battery Management System.
The architecture of BMS.
Application of BMS and ways to select appropriate BMS for EV.
Modular Design of BMS.
How a BMS senses Current, Voltage, Temperature, and other aspects of the Battery Pack.
Calculation of Faults.
Different types of current0020sensing elements.
Steps for Control Contactors of BMS

Requirements
No prerequisites

Description
The use of green energy is becoming increasingly more important in today’s world. Therefore, electric vehicles are currently the best choice for the environment in terms of public and personal transportation. Because of its high energy and current density, lithium-ion batteries are widely used in electric vehicles. Unfortunately, lithium-ion batteries can be dangerous if they are not operated within their Safety Operation Area (SOA). Therefore, a battery management system (BMS) must be used in every lithium-ion battery, especially for those used in electric vehicles.

An electric vehicle generally contains the following major components: an electric motor, a motor controller, a traction battery, a battery management system, a plug-in charger that can be operated separately from the vehicle, a wiring system, a regenerative braking system, a vehicle body, and a frame. The battery management system is one of the most important components, especially when using lithium-ion batteries.

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