Description

As the world moves toward net-zero emissions, the automotive industry is undergoing a revolutionary transformation from traditional internal combustion engines (ICE) to electrification (EV). This Electric Vehicle Training Platform is designed for education and skills training, providing a complete view of the core EV system architecture, including the high-voltage battery pack, Battery Management System (BMS), pre-charge circuit, Power Control Unit (PCU), and drive motor, enabling learners to intuitively understand EV operational logic.

The platform is designed around three core principles:

• Visualized Transparent Learning: Featuring a skateboard-style chassis layout with the outer shell removed, the battery pack, electronic control systems, and high-voltage wiring are fully exposed, allowing learners to clearly observe the vehicle’s structural architecture.

• High-Voltage Safety Standards: Designed specifically for training, it simulates high-voltage shutdown procedures and voltage discharge detection, enabling trainees to practice operations in a safe environment and develop correct safety awareness.

• Integrated System Logic: Demonstrates the interactions among EV subsystems—for example, how pressing the accelerator sends signals to the PCU, which then converts them into drive motor power.

This platform not only showcases hardware but also emphasizes the connection between theory and hands-on practice, visualizing textbook concepts like electromagnetic induction and energy conversion through observable motor operation and battery cooling cycles. It also provides a technical perspective aligned with modern EV platforms (such as E-GMP and MEB), bridging the gap between academia and industry and nurturing future EV professionals.

Key Features

• Skateboard-style chassis presenting the complete EV system
• High-voltage battery pack, BMS, pre-charge circuit, and PCU fully visible
• Simulated high-voltage shutdown procedures and safe operation training
• Demonstration of drive motor feedback and battery cooling cycles
• Interactive subsystem operations for intuitive understanding of EV logic
• Combines classroom teaching and hands-on practice, supporting theory-to-industry integration
• Modular design, suitable for classroom and lab/workshop use

Additional Information (Customization)

This product is a customizable educational training device. For detailed specifications and requirements, please contact us via email or phone.