1. A fully operational pure electric vehicle drive system with a drive motor ≥3kW fully demonstrates the structure and operating process of the pure electric vehicle drive system.
2. The training platform panel is equipped with electric vehicle instruments that display real-time changes in parameters such as vehicle speed and voltage.
3. The power battery pack BMS (Battery Management System) information is displayed on a 10.1-inch LCD screen via RS485 communication. The touchscreen display can page through real-time voltage of each power battery cell, real-time temperature at multiple monitoring points, operating status of the discharge relay, charging relay, pre-charge relay, bus current, and other battery pack information.
4. The power battery pack is equipped with a mechanical maintenance switch for conveniently disconnecting the entire power supply. The translucent design of the power battery pack and built-in LED lighting facilitate students' observation of the internal battery structure.
5. The training platform is equipped with an electronic throttle control device, allowing for convenient control of the pure electric vehicle drive system's acceleration and deceleration.
6. The training platform is equipped with installation protection devices such as a main power switch and protective covers for rotating components. 7. The training platform is equipped with a measurement panel, displaying circuit diagrams and measurement terminals for motors and controllers. Students can visually compare the schematics of the drive motor and motor controller with the actual device, understanding and analyzing the operating principles and processes of the electric vehicle battery pack management and control system. A multimeter can be used to measure parameters such as resistance, voltage, and current at the terminals.
8. The battery management module accurately collects and analyzes battery pack parameters in real time, then uses the control circuit to achieve balanced charging and discharging of the battery pack. This system not only balances the charging and discharging of the batteries but also effectively compensates for any inconsistencies, ensuring optimal performance of each cell.
9. The Electric vehicle training platform's frame is constructed of high-strength European-standard aluminum profiles and is trimmed with anti-collision rubber strips, making it durable and attractive. It features four swivel casters with self-locking mechanisms for secure positioning.
10. The automotive training bench is equipped with an intelligent touchscreen fault setting and assessment system. The instructor sets a fault, and students analyze and locate the fault point, helping them master real-world vehicle fault handling skills.
