Master Power Electronics for EVs: Complete 2024 Guide
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3:01:48
1 -Lecture 1.1 What is Power Electronics.mp4
04:08
2 -Lecture 1.2 Importance of Power Electronics in EVs.mp4
03:54
3 -Lecture 1.3 Components of a Power Electronics System.mp4
05:36
4 -Lecture 1.4 Basic Concepts Voltage, Current, and Power.mp4
04:45
5 -Lecture 1.5 How Power Electronics Help Improve EV Efficiency.mp4
05:56
1 -Lecture 2.1 What Are Power Converters.mp4
05:23
2 -Lecture 2.2 Types of Power Converters Used in EVs.mp4
04:39
3 -Lecture 2.3 Understanding the Role of DC-DC Converters in EVs.mp4
06:05
4 -Lecture 2.4 AC-DC Conversion Rectifiers in EV Charging.mp4
07:02
5 -Lecture 2.5 Lecture 2.5 DC-AC Inverters in EVs.mp4
07:09
1 -Lecture 3.1 Battery Basics in EVs.mp4
05:13
2 -Lecture 3.2 How Batteries and Power Electronics Work Together.mp4
04:37
3 -Lecture 3.3 EV Charging Systems Overview.mp4
06:35
4 -Lecture 3.4 Fast Charging vs. Regular Charging.mp4
05:16
5 -Lecture 3.5 Wireless Charging for EVs.mp4
04:46
1 -Lecture 4.1 Electric Motors in EVs Basics.mp4
04:45
2 -Lecture 4.2 How Power Electronics Control Motor Speed.mp4
05:28
3 -Lecture 4.3 Motor Drive Systems in EVs.mp4
05:11
4 -Lecture 4.4 Regenerative Braking Recovering Energy.mp4
04:55
5 -Lecture 4.5 Power Electronics and Motor Efficiency.mp4
04:11
1 -Lecture 5.1 Introduction to Inverters.mp4
04:02
2 -Lecture 5.2 How Inverters Convert DC to AC in EVs.mp4
05:01
3 -Lecture 5.3 Inverters and Electric Motor Performance.mp4
04:27
4 -Lecture 5.4 Types of Inverters in EVs.mp4
04:14
5 -Lecture 5.5 Inverter Efficiency in EV Power Systems.mp4
04:52
1 -Lecture 6.1 Understanding Power Management Systems.mp4
04:20
2 -Lecture 6.2 Overvoltage and Undervoltage Protection in EVs.mp4
04:07
3 -Lecture 6.3 Thermal Management in Power Electronics.mp4
03:35
4 -Lecture 6.4 Overcurrent Protection Keeping EVs Safe.mp4
03:27
5 -Lecture 6.5 The Role of Fuses and Circuit Breakers in EVs.mp4
03:32
1 -Lecture 7.1 What is Pulse Width Modulation (PWM).mp4
03:33
2 -Lecture 7.2 How PWM Controls EV Power Flow.mp4
03:26
3 -Lecture 7.3 SiC and GaN Technologies in Power Electronics.mp4
03:53
4 -Lecture 7.4 Power Factor Correction in EVs.mp4
03:13
5 -Lecture 7.5 Future Trends in Power Electronics for EVs.mp4
03:10
1 -Lecture 8.1 Power Electronics in Autonomous Electric Vehicles.mp4
03:04
2 -Lecture 8.2 Electric Vehicle-to-Grid (V2G) Systems.mp4
03:25
3 -Lecture 8.3 Power Electronics in Hybrid Electric Vehicles (HEVs).mp4
03:25
4 -Lecture 8.4 Power Electronics in Heavy-Duty Electric Vehicles.mp4
03:58
5 -Lecture 8.5 The Future of Power Electronics in EVs.mp4
03:30
More details
Course Overview
This comprehensive course dives into power electronics for electric vehicles, covering converters, motor drives, charging systems, and cutting-edge technologies shaping the future of EV power management.
What You'll Learn
- Fundamentals of power electronics including converters, inverters, and power management
- How power semiconductors (IGBTs, MOSFETs) impact EV efficiency
- Motor control techniques, regenerative braking, and thermal management systems
Who This Is For
- Electrical engineering students specializing in EV technologies
- Automotive professionals transitioning to electric vehicle systems
- EV enthusiasts wanting technical knowledge of power electronics
Key Benefits
- Gain industry-relevant skills for the booming EV market
- Understand complete power conversion chain from battery to motor
- Learn about SiC/GaN semiconductors and future power electronics trends
Curriculum Highlights
- Power converters in EVs (DC-DC, AC-DC, DC-AC)
- Battery systems and fast/wireless charging technologies
- Advanced motor control and power management systems
Focused display
Category
- language english
- Training sessions 40
- duration 3:01:48
- Release Date 2025/05/25
