Product Overview:
The virtual simulation diagnosis platform for new energy vehicles is a tool that uses virtual technology to simulate the operation, faults, and message flashing teaching of new energy vehicles for diagnosis, analysis, message flashing, and training.
Students can repeatedly conduct fault diagnosis, practical training on the use and reading of diagnostic equipment, and data message flashing for new energy vehicle VCU systems, BMS systems, FMCU systems, ACB systems, ACC systems, and EPS systems in a virtual environment. Students can learn message interpretation and troubleshooting analysis; Understanding the format and meaning of relevant messages can also help to personalize the expansion or upgrade of some functions of the vehicle.
Schools do not need to conduct diagnostic training, message recognition training, etc. on actual cars, reducing space and time costs.
Functional features:
The platform is not limited by time and space, allowing for rapid improvement of skill levels. By simulating various complex fault situations, students are exposed to potential problems that may arise in practical work, enhancing their ability to cope and accumulate experience. Provide students with opportunities for practical operation, conducting fault diagnosis and cognition in a virtual environment, accumulating experience without worrying about causing damage to actual vehicles; The platform can set fault cases of different difficulty levels to meet the learning needs of students at different levels; The platform has good scalability, can be used with other related automotive testing equipment, has good compatibility, facilitates integration and collaborative work, improves overall teaching and training effectiveness, greatly reduces the cost and space limitations of conducting fault testing and diagnosis on actual vehicles. The platform can communicate and transmit data information to new energy vehicle messages, enabling information exchange. Messages can be sent and received through the original vehicle's communication protocol, which includes various control instructions, status feedback, sensor data, and other content.
Technical parameters:
Dimensions: 500*300*150mm (length × width × height)
Input power supply; AC 220V ± 10% 50Hz
Working power supply; DC 12V
Audited Supplier 
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