New Energy Vehicle Powertrain and Chassis System Training Platform
- Power Battery Voltage: DC408.8V
- Low-Voltage Working Voltage: DC12V
- Dimensions: 4800*1900*1600mm (L*W*H)
- Storage Temperature: -20℃ to +50℃
- Vehicle Specifications – BYD QIN EV (2019):
- Wheelbase (mm): 2670
- Max Speed (km/h): 130
- Motor Type: Permanent Magnet/AC/Synchronous
- Motor Total Power (kW): 100
- Motor Total Torque (N-m): 136
- Battery Type: Lithium Iron Phosphate (LFP) Battery
- Battery Capacity (kWh): 53
- Drive Type: Front-Wheel Drive
- Front Suspension: MacPherson Strut Independent Suspension
- Rear Suspension: Torsion Beam Non-Independent Suspension
- Steering Type: Electric Power Steering
Product Introduction
it's a fully functional and transparent educational system. It is engineered to clearly demonstrate the intricate internal workings of a new energy vehicle. Students can visually inspect and learn about the core mechanical components of the suspension system, steering system, braking system, and drivetrain. Furthermore, it provides a deep understanding of the complex connections and synergistic principles between the high-voltage electrical system, lighting system, air conditioning system, and audio system. This platform serves as the perfect bridge between theoretical knowledge and hands-on application, offering unparalleled practical value in cultivating the next generation of automotive engineers.
Product Advantages
The core performance of the training device lies in its role as an essential tool for electronic technology teaching and training. It provides students with a practical platform that closely simulates the actual production enviro
We are proud to introduce the New Energy Vehicle Powertrain and Chassis System Training Platform, a revolutionary tool designed for modern automotive technical education.
At the core of this platform is a chassis frame, meticulously redesigned based on the original structure and layout of a production vehicle. We have taken great care to ensure its structural logic and integrity are preserved, maintaining industrial-grade standards even after repeated disassembly and reassembly for training purposes.
nment, while also offering multi-functionality, safety, flexibility, and innovation support.
The equipment not only meets the diverse needs of electronic technology education but also provides students with a practical platform similar to the real production environment, helping them improve practical skills, innovation abilities, and career competitiveness. These features make the electronic technology training device an indispensable teaching tool in vocational colleges, technical schools, and corporate training.
