• 4 Sections
  • 72 Lessons
  • Lifetime
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  • Section 1: Understanding the EV Components and Hybrid Architecture
    11
    • 1.1
      1.1 Introduction
    • 1.2
      1.2 Introduction
    • 1.3
      1.3 Different Types of Electric Vehicle Certifications
    • 1.4
      1.4 Vehicle Drivetrain Layout
    • 1.5
      1.5 Torque & Efficiency Characteristics (Typical Traction)
    • 1.6
      1.6 High Voltage Components
    • 1.7
      1.7 High Voltage Battery
    • 1.8
      1.8 HV Components
    • 1.9
      1.9 Manual Service Disconnect (MSD)
    • 1.10
      1.10 Hybrid Architecture
    • 1.11
      1.11 Power Split Device
  • Section 2: EV & HEV Electric Motors and Power Electronics Technology
    42
    • 2.1
      2.1 Vehicle Targets & Significance
    • 2.2
      Vehicle Targets & Significance أهداف المركبة وأهميتها
      4 Questions
    • 2.3
      2.2 introduction to electric motor & drive selection
    • 2.4
      Introduction to Electric Motor & Drive Selection — اختبار مقدمة عن المحرك الكهربائي واختيار نظام القيادة
      0 Questions
    • 2.5
      2.3 From Vehicle Requirements to Motor Specification
    • 2.6
      2.4 IC Engine VS. Traction Motor
    • 2.7
      6
      0 Questions
    • 2.8
      2.5 Key Requirements of an electric vehicle traction
    • 2.9
      2.6 Main electric motor & brushed motor
    • 2.10
      2.7 Brushless dc motor – BLDC
    • 2.11
      2.8 AC Motors & Induction Motors
    • 2.12
      AC Motors & Induction Motors — اختبار محركات التيار المتردد والمحركات الحثية
      0 Questions
    • 2.13
      2.9 Permanent Magnet Synchronous Motor (PMSM)
    • 2.14
      Permanent Magnet Synchronous Motor (PMSM) — اختبار المحرك المتزامن ذو المغناطيس الدائم
      0 Questions
    • 2.15
      2.10 Comprehensive Comparison BLDC vs PMSM Motor
    • 2.16
      2.11 Motor Specifications & Technical Specifications
    • 2.17
      Motor Specifications & Technical Specifications — اختبار مواصفات المحرك والمواصفات الفنية
      0 Questions
    • 2.18
      2.12 Materials used in the manufacture of pm
    • 2.19
      2.13 Commonly Used IPM Rotor Configurations
    • 2.20
      2.14 Winding Configuration & Bar Wound & Standard Coil
    • 2.21
      2.15 Design Criteria of Induction Motor Drives for EVs
    • 2.22
      2.16 Efficiency Map & Power Curve
    • 2.23
      2.17 Thermal Management of EV Motors
    • 2.24
      2.18 Sensing Requirement for EV Motor
    • 2.25
      Sensing Requirements for EV Motor — اختبار متطلبات الاستشعار لمحرك السيارة الكهربائية
      0 Questions
    • 2.26
      2.19 EV Motor Bearings
    • 2.27
      2.20 Operating Quadrants of a Typical Traction Motor
    • 2.28
      2.21 Hall Sensor Based BLDC Control
    • 2.29
      Hall Sensor Based BLDC Control — اختبار التحكم في محرك BLDC المعتمد على حساسات
      0 Questions
    • 2.30
      2.22 Field Oriented Control (FOC)
    • 2.31
      2.23 Field Oriented Control (FOC) 2 & Weakening flux
    • 2.32
      Field Oriented Control (FOC) 2 & Flux Weakening — اختبار التحكم الموجه بالمجال وإضعاف الفيض الكهربائي
      0 Questions
    • 2.33
      2.24 Motor Controller and Inverter Layout
    • 2.34
      Motor Controller and Inverter Layout — اختبار تصميم وترتيب وحدة التحكم في المحرك والعاكس الكهربائي
      0 Questions
    • 2.35
      2.25 BYD 8 IN 1 – INTEGRATED POWERTRAIN TECHNOLOGY
    • 2.36
      2.26 DONFENG 10-in-1 Powertrain Technology
    • 2.37
      2.27 INFIMOTION TECHNOLOGY LX40 EDU Platform
    • 2.38
      2.28 How It Works Audi e-tron engine & gearbox animation
    • 2.39
      2.29 X in 1 Highly Integrated EDU
    • 2.40
      2.30 Integrated Drive Module (IDM)
    • 2.41
      Integrated Drive Module (IDM) — اختبار وحدة القيادة المتكاملة
      0 Questions
    • 2.42
      Total Exam
      0 Questions
  • Section 3: Battery Technology for Electric Vehicle Applications
    16
    • 3.1
      3.1 Battery & Types & terminology
    • 3.2
      3.2 battery cell construction
    • 3.3
      3.3 How a Lithium Battery Work
    • 3.4
      3.4 Lithium-ion (Li-ion Chemistry)
    • 3.5
      3.5 Comparison of different cell Chemistries
    • 3.6
      3.6 Cost Breakdown
    • 3.7
      3.7 Calculating the pack energy & Capacity
    • 3.8
      3.8 bettery datasheet
    • 3.9
      3.9 Thermal Management System
    • 3.10
      3.10 Coatings and Adhesives for Structural Stiffness and thermal management
    • 3.11
      3.11 Mechanical Packaging & Integration
    • 3.12
      3.12 Battery Management System(BMS)
    • 3.13
      3.13 Capacitive -Inductive Type Active Balancing
    • 3.14
      3.14 Transformer Isolated Active Balancing
    • 3.15
      3.15 Passive Charge Equalization
    • 3.16
      3.16 state of charge & state of health
  • Section 4: Charging System Technology for Electric Vehicle Applications
    15
    • 4.1
      4.1 Design Consideration of a Charging System
    • 4.2
      4.2 Charging/Discharging Process – Lead Acid Lithium
    • 4.3
      4.3 Lead Acid Lithium Ion
    • 4.4
      4.4 Off Board & On Board Charging System
    • 4.5
      4.5 AC Charging System
    • 4.6
      4.6 Block Diagram of an AC Charging Station
    • 4.7
      4.7 Delta Electronics
    • 4.8
      4.8 Block Diagram of a 3.3KW Charging Station
    • 4.9
      4.9 Detailed View of a 3.3 kW Charging Station
    • 4.10
      4.10 EV Charging Connector Standards & Charging Level
    • 4.11
      4.11 Charging Connectors
    • 4.12
      4.12 Combo Charger
    • 4.13
      4.13 Tesla Fast Charger
    • 4.14
      4.14 J1772 Signaling Circuit
    • 4.15
      4.15 States of Operation

Hybrid & Electric Vehicle Technology

1.1 Introduction

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