Holographic Dynamic Lighting Teaching‑Display Platform for Battery‑Electric Vehicle Chassis
Holographic Dynamic Lighting Teaching‑Display Platform for Battery‑Electric Vehicle Chassis
Customizable for different vehicle models
Centered on the technical platform of BYD Qin PLUS EV, this platform arranges system components according to original‑vehicle positions, with key components partially dissected. The model visually demonstrates the structural composition and working principle of the three‑electric system of battery‑electric vehicles, enabling trainees to quickly master complete‑vehicle construction principles. It fully meets teaching requirements for complete‑vehicle theory and maintenance training. Suitable for new energy vehicle major teaching and skill training in vocational colleges, technical colleges, universities and training institutions.
Send InquiryProduct Introduction
- Centered on brand‑new battery‑electric vehicle technical platform, the platform intuitively shows the structural composition and working principle of the three‑electric system of battery‑electric vehicles.
- Components of each system are arranged in original‑vehicle positions, and key components are partially dissected, helping trainees quickly master complete‑vehicle construction principles and fully satisfy teaching demands for complete‑vehicle theory and maintenance practical training.
- Manufactured in real‑vehicle scale, combining high‑strength plexiglass housing and cast‑aluminum core components. Mounted and fixed based on real‑vehicle chassis and high‑voltage system parts, it clearly displays connection relations among components at front, middle and rear sections of whole vehicle.
- Fully restores complete‑vehicle chassis structure, body frame, pure‑electric drive assembly and electrical system, ensuring high consistency between outer appearance and internal structure.
- Equipped with complete high‑voltage electric drive system, it supports real operation procedures including high‑voltage power‑on, motor driving, mode switching and gear‑shift driving.
- Key components including power battery pack, drive motor, motor control unit (MCU), on‑board charger (OBC), DC‑DC converter, power distribution unit (PDU) and reducer assembly are partially dissected. While maintaining normal operation, their internal structures and working principles are clearly presented.
- Fitted with real permanent‑magnet synchronous drive motor assembly. The accelerator pedal integrates speed‑regulating device, which can demonstrate motor driving and braking conditions in real‑time, simulating actual working conditions such as acceleration, deceleration and brake energy recovery, helping students understand motor control strategies and energy‑management mechanisms.
- Adopting LED dynamic lighting technology to dynamically indicate system circuits, signal transmission paths and high‑voltage energy flow, realizing visualization of complex circuit systems for convenient teaching and learning.
- Technical Parameters: Overall dimension: 5200×2500×1300mm Operating power supply: DC12V Operating temperature: -20℃～+60℃
Contact Us
If you are interested in this product, please feel free to contact us
