Product Overview
The New Energy Vehicle Electric Drive Transmission System Integration Training Bench is designed specifically for teaching new energy electric vehicle technology. It focuses on the electric vehicle's "three electric" systems (battery, electronic control, motor) integrated with charging and buck systems. This training bench uses a 76.8V power supply and is characterized by safety, simple structure, and a clear framework, making it suitable for beginners in new energy electric vehicle technology.
Simple and clear structure, facilitating students' understanding of the core framework of electric vehicles.
Provides a visual display of the internal structure of the battery pack and various working conditions of the motor.
Equipped with a battery detection display screen to intuitively show key battery parameters.
Magnetic powder loader and torque meter provide real-time load and torque output display.
High voltage safety design, including a high voltage interlock function, ensures safety in use.
Detailed circuit diagrams printed on the training platform enhance students' understanding of electrical signals and fault analysis.
Movable frame design for easy movement and placement of the training bench.
Equipped with an intelligent fault setting and assessment system to improve the interactivity and effectiveness of teaching and training.
Length 1500mm × Width 700mm × Height 1700mm
Working Voltage: Low Voltage DC 12V, High Voltage DC 72V
Product Composition
The training bench mainly includes key components such as a power battery pack, battery management controller (BMS), motor and motor controller, DC/DC converter, onboard charger, control panel, high/low voltage connection cables, high voltage acquisition module, magnetic powder loader, and torque meter.
Enable students to intuitively understand the core technology and framework structure of electric vehicles.
Cultivate students' understanding of electrical signals in electric vehicles and the ability to analyze simple faults.
Through training, students will master the principles and fault detection methods of battery packs, motors, and controllers.
Enhance students' practical operation skills and problem-solving abilities, laying a solid foundation for their future careers.
