1. Laboratory overview
According to the structural characteristics of each part of the new energy vehicle, the laboratory independently sets up experiments to meet the teaching practice. Set them separately: 1New energy vehicle system rational and practical teaching, 2New energy vehicle power battery system rational and practical teaching, 3New energy vehicle drive system theory and practical teaching, 4New energy vehicle charging system theory and practical teaching, 5New energy vehicle chassis system rational and practical teaching, 6Practical teaching of the body electrical system of new energy vehicles.
2. Experimental equipment
List of new energy vehicle training base construction plans
3. Undertake courses and experimental projects
New Energy Vehicle Power System and Control Technology", "New Energy Vehicle Charging System Technology", "New Energy Vehicle Maintenance and Fault Diagnosis", "New Energy Vehicle High Voltage Safety and Protection", "New Energy Vehicle Vehicle Control Technology", "New Energy Vehicle Training".
Experimental items: 1. Testing experiments: training functions such as fault setting, detection and analysis of electrical and electronic control systems.
2. Recognize the experimental display: the layout of various systems such as car power, transmission, suspension, driving, braking, and steering;It vividly expresses the structural composition and working principle of the drive motor, air conditioning system, ABS system and battery management system.
3. BMS production, assembly and replacement inspection.
4. High-pressure distribution production, assembly and replacement inspection.
5. Detection and verification of low-voltage power supply faults.
6. Communication fault detection and verification.
7. Insulation fault detection and verification.
8. SoC abnormal fault detection and verification.
9. Contactor fault detection and verification.
10. Fault detection and verification of current sensor.
11. The use of the power system of diesel-electric hybrid vehicles.
12. Assembly and connection of new energy electric drive transmission system integration.
13. Anatomy and cognition of the power system of diesel-electric hybrid vehicles.