High-Quality Pure Electric Vehicle Online Testing Comprehensive Training Platform for Automotive Education

The Pure Electric Vehicle Online Testing Comprehensive Training Platform is engineered to provide a comprehensive educational tool for automotive training. It features a complete vehicle structure with fully functional control systems, sensors, and actuators, ensuring normal operation and realistic learning experiences.

The platform includes an original vehicle instrument that displays dynamic and static signal parameters such as energy monitor screens, speed, gear displays, and various working condition indicators. This allows students to observe and analyze real-time data, enhancing their understanding of electric vehicle systems.

As a mobile vehicle detection training platform, it supports multiple control systems including the combined instrument control unit, gateway control unit, motor control unit, gear control unit, vehicle charger control unit, DC/DC control unit, and high voltage battery ECU control unit. Each unit can be individually studied and tested, providing hands-on learning opportunities.

The teaching board is connected to the vehicle via a specialized wiring harness, ensuring that all original vehicle functions are maintained even after disconnection. This design facilitates easy integration into classroom settings without compromising the vehicle's integrity.

The panel of the training platform is constructed from 4mm thick color circuit diagrams that are resistant to corrosion, impact, pollution, fire, and fading. The surface is treated with gloss oil spray, and the advanced aluminum-plastic board is moisture-proof with a special primer treatment. Students can directly compare the circuit diagrams with the actual vehicle to analyze control system工作原理.

Detection terminals are installed on the panel, enabling direct testing of various control units. Additionally, a diagnostic seat allows connection to specialized or general automotive decoders for reading fault codes, clearing codes, and accessing data streams for self-diagnosis functions across all electronic control systems.

The panel section features a 1.5mm thick mold-formed aluminum alloy frame for durability and aesthetics, while the base frame is welded from steel with a sprayed surface treatment and locking caster devices for mobility and stability.

To support teaching and assessment, the platform includes a fault setting system that can simulate common issues like short circuits, open circuits, and poor contacts. This feature meets vocational skills assessment requirements, making it an ideal tool for practical exams and training.

Included with the platform are online testing teaching aids, a fault setting control device, an automobile testing platform, an intelligent fault diagnosis and assessment system, and aviation plugs with connecting cables for comprehensive functionality.