Driving Motor Control Integrated Training System

Teaching purpose

The integrated training system of drive motor control is composed of the components of the on-board motor drive system, which can truly show the working principle of the whole vehicle drive system. It can carry out the functional experiments of the motor drive system and the motor controller separately, reducing beginners in the original vehicle Consumables loss and high voltage hazards during training.

Product features

1. The gantry platform adopts the permanent magnet AC synchronous motor for vehicles, the rated power is 3KW, the peak current of the motor controller is 100A, and the motor and the controller are matched with each other;
2. Adjust the gear shift handle, realize the motor forward, reverse and stop functions through D, N, R, etc., and realize the braking energy recovery function (using the vehicle inertia to generate electricity), and conduct the motor operation test;
3. The system can monitor the power transmission process, vehicle speed, voltage, temperature, etc., and can observe the changes of parameters such as the electronic control system fault indicator;
4. The training platform is equipped with an electronic throttle control device, which can accelerate and decelerate the pure electric vehicle drive system.
5. The drive motor signal measuring device is installed on both sides of the system stand, which can simultaneously measure 4 stations without interference.
6. A transparent protective cover is installed above the drive motor installed on the bench, which is molded with industrial-grade PE high-transparent material, and the connection mode of each component of the drive motor system can be seen directly.
7. Intelligent fault assessment system; It mainly consists of two independent systems, the teacher fault setting terminal and the student answering terminal. The system is installed on the mobile terminal. Teachers can use the mobile teaching terminal to connect to the fault setting module of the integrated teaching aid for fault setting. After the failure setting is completed, students use the mobile learning terminal to perform assessment and answer questions, and the assessment results are automatically stored in the equipment execution module, which is convenient for teachers to inquire about each student’s performance.

Support teaching tasks

Each set of equipment is equipped with a corresponding course resource package, which is reflected in the form of training tasks. Each training task includes 6 links: task description, task objectives, knowledge preparation, task preparation, task implementation, and task assessment. Some examples of the teaching tasks included are as follows:

Practical training task 1: The control logic of automobile motor drive;
Training task 2: motor temperature sensor measurement practice;
Training task 3: motor speed sensor waveform measurement;
Training task 4: troubleshooting of motor drive system;
Training task 5 Consumables awareness and management;
Training task 6: Inspection of internal components of the drive motor;
Training task 7: Troubleshooting of motor drive system;
Training task 8 Precautions and preparations for disassembly and assembly of the drive motor;