[Electrical and Electronic Technology of New Energy Vehicles] 1.Electrical and Electronic Technology of New Energy Vehicles
#ICT# #IOT#

Lesson Code: TCEN2025H028

Clicks:
Academic Hours
4.70hours
Publish Date
Nov 2025

Lecturer

1. Lecturer HUANG LianhuaGuangxi Transport Vocational and Technical College

2. Lecturer XIA MingGuangxi Transport Vocational and Technical College

3. Lecturer SHI JuntaoGuangxi Transport Vocational and Technical College

4. Lecturer LI HuaqiGuangxi Transport Vocational and Technical College

5. Lecturer XU SongGuangxi Transport Vocational and Technical College

6. Lecturer ZHANG XinGuangxi Transport Vocational and Technical College

General Introduction
This course aims to cultivate trainees’ skills and knowledge of electrical circuits for new energy vehicles. It uses case studies of new energy vehicle circuits to teach professional knowledge and practical skills, with the guiding theme of “craftsmanship in the new era.”
The course is designed for vocational school students in automotive-related majors and engineering technicians in the automotive field, aiming to cultivate a strong sense of dedication and a pursuit of excellence in their professional work.

This Course is for
1. Helping trainees master the principles of electronic components, motor composition, and testing methods, as well as become familiar with the use of testing instruments and circuit maintenance.
2. Equipping trainees with the ability to use measuring instruments, test components, and troubleshoot issues in the drive and charging systems of new energy vehicles.
3. Enabling trainees to proficiently complete multiple testing and disassembly operations, and laying the necessary foundation for a successful career in the new energy vehicle industry.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Banks

Recognized By

Benefits of Learning

1. Being able to proficiently operate a multimeter and oscilloscope, accurately measure various parameters of new energy vehicle circuits and components, and use this data to assess whether their status is normal.
2. Being able to accurately identify various components commonly found in new energy vehicle circuits, proficiently use measurement tools to test them, and deeply understand their functions and application scenarios.
3. Solidly grasping fundamental knowledge in circuits, electromagnetism, and power electronic devices, and being able to analyze the characteristics and working principles of different circuits.
4. Being able to analyze the working processes of automotive components using knowledge of analog and digital circuits, with the ability to convert between different number systems.
5. Being familiar with voltage conversion circuits, motor drive and control technologies, and power electronic conversion technologies, laying a solid professional foundation for working in the new energy vehicle industry.

Courses Videos
1.1 Introduction to Multimeters and Their Operation Methods.mp4play1.2 Measurement of DC Voltage.mp4play1.3 Measurement of AC Voltage.mp4play1.4 Measurement of DC Curren.mp4play1.5 Measurement of Resistors.mp4play1.6 Use of An Insulation Resistance Tester.mp4play2.1 Introduction to Resistors.mp4play2.2 Introduction to Capacitors.mp4play2.3 Introduction to Inductors.mp4play3.1 Circuit Components.mp4play3.2 Basic Physical Quantities of Circuit.mp4play3.3 Ohm's Law.mp4play3.4 Series and Parallel Connection of Resistors.mp4play3.5 Kirchhoff's Laws.mp4play4.1 Generation of Three-Phase AC Power Supply.mp4play4.2 Three Elements of Sinusoidal Alternating Current.mp4play4.3 Characteristics of Three-Phase AC.mp4play4.4 Applications of Three-Phase AC.mp4play5.1 Know the Magnetic Field.mp4play5.2 An Electrified Conductor Produces A Magnetic F.mp4play5.3 Electromagnetic Induction.mp4play5.4 The Effect of A magnetic Field on An Electrified Conductor.mp4play5.5 The Structure of A Transformer.mp4play5.6 The Principle of Transformer.mp4play5.7 Application of Transformer.mp4play6.1 Formation and Characteristics of PN Junction.mp4play6.2 Single Phase Bridge Rectifier Circuit.mp4play6.3 Understanding and Measurement of Diodes.mp4play6.4 Diode Characteristics.mp4play6.5 Understanding IGBT.mp4play6.6 Understanding and Measurement of Triode.mp4play6.7 Structure and Characteristics of Triode.mp4play7.1 Analysis and Application of Basic Amplification Circuit.mp4play7.2 Composition of Triode Amplification Circuit.mp4play7.3 Principle of Triode Amplification Circuit.mp4play7.4 The Application of Triode Switching Circuit.mp4play8.1 Conversion Between Number Systems.mp4play8.2 The Basic Function of Logic Gate Circuit.mp4play8.3 Basic flip-flop and Functions.mp4play8.4 AD Conversion and DA Conversion.mp4play8.5 Sequential Logic Circuit.mp4play

Downloads
Please log in and download