The selected product is support for the BYD Dolphin electric vehicle, which is disassembled into six parts: a power battery and management system training platform, a drive transmission system (motor controller, drive motor, gearbox) training platform, an air conditioning and heating system training platform, an electric power steering EPS training platform, and a vehicle electrical system training platform. These parts are connected and operated through dedicated wire harnesses, allowing for a real demonstration of the operational relationships between the original vehicle's various module systems; low voltage signals from each module part are led to a teaching board for students' testing and learning.
With reference to BYD's pure electric vehicle electrical system, the system comprehensively demonstrates the composition and working process of various automotive electrical systems such as the lighting system, wiper system, horn system, power window system, and power door locks. It is suitable for the teaching needs of secondary and higher vocational colleges and training institutions for pure electric vehicle electrical theory and maintenance training.
The system is made of mainstream new energy pure electric vehicle battery management systems. By adopting the national standard communication protocol, the BMS management system dynamically collects 24 single battery voltages, battery pack temperature and other data in real time. Through the CAN bus, touch screen and digital software, the SOC value, battery single cell voltage, charge and discharge current, power battery pack total voltage, temperature and other data are transmitted to the multimedia terminal for graphical dynamic display. The fault settings form a battery management system that is fully compatible with pure electric vehicles, cultivating students' ability to analyze and handle faults in new energy electric vehicle battery management systems.
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The new energy vehicle teaching instrument is a key tool for connecting technology and talent training, including modules such as solid-state battery training platforms and 800V high-voltage simulation systems. It features visual practical operations, AR assistance, and fault diagnosis functions, suitable for college teaching, automotive company training, and skill certification scenarios. It addresses pain points in teaching and helps cultivate maintenance and R&D support personnel who master core technologies.
Designed for vocational schools, automotive training institutions, and internal training at automakers, this equipment simulates the operating principles and failure scenarios of core components like the engine, transmission, and braking system. This helps students intuitively grasp the structure, disassembly and assembly processes, repair, diagnosis, and maintenance techniques of fuel-electric vehicles, enhancing their practical operation and troubleshooting skills.
Suitable for teaching new energy vehicles (pure electric and hybrid), it covers core modules such as the power battery system, motor and electronic control, charging system, and high-voltage safety. It provides principle demonstrations, simulated disassembly and assembly, fault simulation, and hands-on testing, helping students master new energy vehicle-specific technologies and meet the skill requirements for positions in new energy vehicle maintenance, R&D, and sales.
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