Subject 3 - Electric vehicle Battery Management System Engineering (Batch 1))

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  • Subject 3 electric vehicle battery management system engineering batch 1

Description

Program Overview:

  • Duration: 1 Year
  • Number of Subject: 5 (Electric Vehicle Design, EV /HEV Power Train / EV Energy Storage & Battery Management System, Embedded System and On-Board Computer, Charging Station and Infra Development)
  • Industrial Internship: 6 Months
  • Online Study: (5 Subjects, 100 Hours learning Module)
  • Projects: 5 Mini Projects & 1 Major Project (Live Project)
  • Case Study: 20 + Case Studies
  • Research Paper: 5 (Five) Publication free of Cost
  • Assessments: 7 Assessments

  • For all 5 Subjects Certification and Assessment will be done by ASDC ( SKill India -Govt.India). 
  • Certificate of Achievement will be jointly issued by SMEV , MNRE (GOI) and ISIEINDIA

Program outcomes

Requirements
  • Mobile/Laptop/Tablet with good internet connectivity

Syllabus

  • 28 Lessons
  • 08:17:00 Hours
  • Introduction to energy requirements in EV00:11:00
  • Global energy situation – Energy Security00:17:00
  • Industry 4.0 Energy Management00:17:00
  • Type of Energy Storage System00:17:00
  • Battery Terminology00:18:00
  • Assessment: 1
  • Battery based Energy storage and its Analysis00:18:00
  • Fuel cell based energy storage and its analysis00:21:00
  • Flywheel based energy storage00:16:00
  • Assessment 2
  • Design of Batteries00:18:00
  • Electrochemistry of Batteries00:13:00
  • Lead acid batteries Chemistry00:14:00
  • Advanced Electrolytes and Recent Development00:15:00
  • Comparison between different batteries00:09:00
  • Structures used in Cathodes00:10:00
  • Types of Coolant used for the Batteries system00:12:00
  • Battery 2nd Life00:12:00
  • Assessment
  • Li-Ion Battery for EV (Parameter)00:30:00
  • Calculation for Battery (Motor Selection, Voltage , WLTP, Capacity & Configuration)00:30:00
  • Sensors & Telemetry for Battery Pack00:32:00
  • Data Validation and Cooling System00:30:00
  • BMS & Battery Pack Integration00:40:00
  • Cell Balancing00:43:00
  • Role of BMS, Block Diagram and Architecture00:13:00
  • Battery Charger Circuit using MATLAB Simulink00:24:00
  • Application Specific IC (ASIC)00:17:00

Program outcomes

About instructor

Instructor
Name : ISIEINDIA E-LEARNING
Reviews : 226 Reviews
Student : 4091 Students
Courses : 106 Courses

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