Ⅰ.Product Overview:
The platform adopts the high voltage control system of BYD E5 battery electric vehicle, including the high voltage control assembly, slow charge interface, fast charge interface, high voltage wiring harness and detection panel etc...It can carry out practical operation of the high voltage control system in real time conditions, and truly show the composition structure and working process of the high voltage control system. It is suitable for the teaching needs of high voltage control system maintenance training of electric vehicles.
Ⅱ.Functional Features:
1, The platform adopts components of BYD E5 battery electric vehicle high voltage control system .It truly presents the connection control relationship, installation position and operation parameters between the components of the high voltage control system of BYD E5 battery electric vehicle, and trains students to analyze and deal with the fault of the high voltage control system of BYD E5 battery electric vehicle.
- Show the real working principle of BYD E5 battery electric vehicle high voltage control system;
- The real and operational high voltage control system of new energy battery electric vehicles fully demonstrates the composition structure and logical control relationship of each major component. The main components are installed on the platform, and the electrical connection method is the same as that of the real car, which can be easily disassembled, so that students can master the key points of disassembly and assembly of high-voltage control system components of new energy battery electric vehicles in the disassembly and connection process.
- Configure the intelligent fault assessment function: it mainly consists of two independent systems, the teacher fault setting terminal and the student answer terminal, which are installed on the mobile terminal. Teachers can use mobile teaching terminal to connect with the fault setting module of integrated teaching AIDS for fault setting. After the fault setting is completed, students can use the mobile learning terminal to carry out the examination and answer questions. After the examination, the score is automatically stored in the module, which is convenient for the teacher to query the score of each student.
- In order to facilitate the identification and measurement of sensors and actuators, and to reduce plug damage caused by plug removal and insertion of sensors and actuators while restoring the detection scene of the real car, a detection end ≥5cm is required to be placed in parallel beside the plug of the original car wiring harness.,and the detection end is made of transparent Acrylic material by laser engraving and flat jet painting, with the same shape as the plane shape of the original car plug. The measuring end adopts a special detection terminal, and marks the number of the measuring Angle and the name of the sensor and actuator. The electrical signals of each sensor, actuator and control unit pin can be detected directly on the measuring terminal, such as resistance, voltage, current and frequency signals. With the help of multi-meter and oscilloscope, the parameter changes under various states can be detected in real-time.
- The Training platform frame is assembled by European standard aluminum profile , solid and reliable never change color. There are 4 casters installed at the bottom of the platform frame ,so it is flexible movement, while the casters with self-locking device, so position can be fixed.
- The panel of the training platform is printed with circuit diagram and configured with detection port. With the help of multi-meter and oscilloscope, the parameter changes under various states can be detected in real time.
- The Training platform is equipped with training instructions manual.
Ⅲ.Technical Parameters.
1.Working temperature:20～60℃
2.Low voltage control power supply: DC12V
Ⅳ.Training Purpose.
1. Understand the high and low voltage lines in the high voltage control system of battery electric vehicles and their functions;
2, master the high voltage and low voltage line detection methods of the high voltage control system of battery electric vehicles;
3. Master the working principle, detection and maintenance methods of the cooling system of the high voltage control system of battery electric vehicles;
4, master the use of vehicle analyzer method, read battery electric vehicle high voltage control system fault code, clear fault code, data flow and other data;
5, learn the battery electric vehicle high voltage control system power-off, DC to AC and other principles,AC to DC principle while deceleration or braking etc...
