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Electric car wheel hub motor drive trainer driving school electric vehicle power system/new energy automotive training equipment

P.N.:GTAT-E010

Specification

1. Dimensions of the equipment: 1340mm × 550mm × 1800mm (length × width × height);
2. With steel structure welding, spray coated, with self-locking wheel device;
3. Power supply : Single phase, AC220V/50Hz;
4. Working power: DC 12V;
5. Working temperature: -40 ° C ~ +50 ° C.
Product description

This product is based on a complete wheel hub motor and a sectioned wheel hub motor. It is used to demonstrate the structure and working process of the wheel hub motor and composed of lithium battery charging module, lithium battery pack, safety protection device, wheel hub motor, motor drive control device, the gear position control device, the accelerator control device, automobile instrument display device, DC to DC device, and 0-400V DC four parameter voltmeter meter, etc. It is suitable for the teaching needs of medium and high vocational technical colleges, general education colleges and training institutions for new energy car motor drive system and maintenance training.


Product Detail

Product configuration

1. Battery pack: composed of 16pcs lithium iron phosphate batteries 3.2V/8AH

2. Battery safety cover: the upper cover of battery pack is made of 5mm plexiglass;

3. 16-channel battery protection device;

4. Battery pack main circuit protection device;

5. Oscilloscope device: 2.4-inch high-definition TFT LCD color screen, with waveform parameter digital display;

6. Intelligent charging device: the output is 48V/15A, with automatic charging recognition function;

7. DC voltmeter;

8. Wheel hub motor safety cover: drive the hub motor protection cover to prevent the students from being clipped hand and injured by the high-speed operation of the motor during the training process, which is safe, reliable and visual;

9. High-pressure wheel hub motor sectioned: high-pressure hub anatomy, can visually understand the structure and principle of the wheel hub motor;

10. Wheel hub motor drive control device: control the motor speed, set the discharge voltage and current value, monitor the temperature and speed of the motor, and transmit the data  to the instrument to display various working conditions of the system;

11. Accelerator control device: transmitting signals to the ECU to control the motor speed;

12. Gear position control device: transmitting signals to the ECU to control the motor to reverse;

13. High-pressure wheel hub motor: input three-phase power 0~80V, speed 0~8000rpm; temperature sensor 0~110 degrees,

14. Car instrument display device: LCD digital instrument, tachometer 0~8000rpm, speedometer 0~180HKM, battery capacity LCD, motor temperature LCD;

15. Key switch: control system working power supply;

16.Training bench with cabinet;

17. 220V leakage protection switch;

18. 220V leakage protection switch box;

19. Power supply cable: connect to the power supply;

20. Connecting cable;

22. Main switch of the power supply;

23. Charging switch;

24. Charging indicator;

25.Test terminal;

26. 800mm test connection wire.

Training project

1. Motor internal resistance measurement  ;

2. Battery capacity measurement;

3. Battery voltage measurement;

4. Drawing of the basic discharge curve of the motor;

5. Analysis of different power discharge curves;

6. Battery discharge experiment (free combination circuit);

7. Setting experiment of the wheel hub motor drive control device;

8. Measurement experiment of hub motor drive control device

9. Disassembly and assembly measurement experiment of the wheel hub motor;

10. Wire connection experiment of motor drive control system;

11. Measurement experiment of car instrument display device;

12. Disassembly and assembly measurement experiment of the battery pack;

13. Adjustable voltage charging experiment;

14. Gear position control device measurement experiment;

15. Accelerator control device measurement experiment;

16. Motor speed system device measurement experiment;

17. The key switch working principle measurement experiment;

18. The brake switch working principle measurement experiment;

19. Measurement experiment of DC to DC device working principle;

20. Charging measurement experiment.


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