EVA01h New Energy Vehicle Laboratory BAIC U5 Half-Cut Vehicle and Test Panel Integrated Training System
This equipment is based on the BAIC U5 pure electric vehicle complete system, combining a half-cut display vehicle body with an independent test panel for integrated teaching design. The vehicle retai
Product Overview
This equipment is based on the BAIC U5 pure electric vehicle complete system, combining a half-cut display vehicle body with an independent test panel for integrated teaching design. The vehicle retains the complete structure of the chassis and power and control systems, with the battery pack using a transparent cover for visualization, facilitating observation of the internal structure and layout of the power battery. The equipment is used to demonstrate the structural composition and working process of the power battery management system, electric drive system, charging system, braking system, and vehicle control system. It meets teaching needs such as observing the vehicle's operating state, understanding circuit connections, detecting system parameters, and analyzing electronic control systems. It is suitable for vocational colleges, new energy vehicle training centers, and training institutions to conduct teaching and training related to vehicle inspection and maintenance.
Core Advantages
Real Core System Operation
Constructed based on the BAIC U5 pure electric vehicle power and control systems, it can demonstrate the basic operation process of the power battery, motor drive controller, drive motor, and vehicle control system working in coordination.
System Composition and Control Logic
Demonstrates the control relationships and signal transmission structure between the power battery, BMS, VCU, motor control system, DC-DC conversion system, and vehicle auxiliary systems.
Power Battery and BMS Display
Presents battery status information, vehicle energy status, and basic operational signal information through the original vehicle instrument panel and related display interfaces.
High-Voltage Power-On and Pre-Charge Control
Demonstrates the power-on and power-off process of the vehicle's high-voltage system under the coordination of the control unit, including contactor actions and system on/off logic changes.
DC-DC Low-Voltage Power Supply Display
Demonstrates the process of the DC-DC conversion module converting high-voltage electrical energy into low-voltage electrical energy to provide power support for the vehicle's low-voltage system.
Motor Drive Operation
The motor controller controls the drive motor operation based on driving input signals, demonstrating the vehicle's forward movement, stopping, and power output changes.
Gear and Driving Control
Driving operation inputs are achieved through the accelerator pedal, brake switch, and gear shift control unit, with observations of the vehicle control response changes.
Charging System Operation
Supports the structural display of AC charging and DC charging systems, reflecting the energy transfer process between the onboard charger and external charging equipment.
Circuit Connection Training
Through the test panel detection terminals and dedicated wiring harness connections, training on the connection and basic detection of vehicle control system-related circuits can be conducted.
Operating Condition Measurement and Data Analysis
Measures and records key control signals and operational state parameters of the vehicle through the test panel detection ports for analysis.
Fault Setting and Diagnosis
Analyzes the state of the vehicle control system and detects system functions through the fault setting control module and diagnostic interface, achieving training in identifying control unit operating states and abnormal judgment.
High-Voltage Safety Protection
The vehicle's high-voltage system is equipped with basic safety control and protection mechanisms to ensure system operation safety and operational safety during the teaching process.
Digital Teaching Display
Supports teaching software and multimedia courseware display, used to present the vehicle system structure, working principles, and teaching auxiliary content.
Real High-Voltage Component Display
Retains real components of the BAIC U5 vehicle power battery system, motor drive system, charging system, and high-voltage distribution for structural teaching display.
Cutaway and Transparent Display
The battery pack adopts a transparent observation structure to display the internal cells and battery module arrangement.
Internal Structure Cognition
Displays the structure of the power battery, motor stator and rotor, power electronic control unit, and the internal layout of the vehicle's high-voltage components.
Work Path Display
Demonstrates the energy transfer path of the vehicle's high-voltage energy from the power battery to the electric drive system and low-voltage power supply system.
Basic Measurement Learning
Supports measurement and analysis training of electrical signals and basic electrical parameters related to the vehicle control system.
Convenient Rotation and Observation
The semi-cut vehicle and test panel adopt a movable and fixed combination structure, facilitating multi-angle observation of the vehicle chassis and system layout.
Safety Learning Design
Through semi-cut and transparent processing methods, the vehicle's high-voltage system and key components are displayed for teaching purposes, reducing the risk of direct contact.
Digital Teaching Assistance
Comes with vehicle structure diagrams, circuit schematics, and teaching instruction materials to assist in system cognition and teaching implementation.
Teaching Content & Training Projects
Hands-on training covering the following topics:
- Cognition of Pure Electric Vehicle Structure
- Cognition of Power Battery System Composition
- Cognition of Electric Drive System Structure
- Observation of High Voltage Power-On and Power-Off Process
- Observation of Motor Drive Operating State
- Observation of DC-DC Low Voltage Power Supply Process
- Detection of Accelerator Pedal Signal
- Detection of Brake Switch Signal
- Detection of Gear Shift Switch Signal
- Reading of Vehicle Status Information
- Observation of Charging Status Information
- Training on Vehicle Control System Fault Analysis
Technical Specifications
| Parameter | Value |
|---|---|
| Overall Dimensions | 4680×1865×1700mm |
| Test Panel Dimensions | 2400×800×1600mm |
| Mobile Caster Dimensions | 100×60mm |
| Operating Temperature | -40℃～+50℃ |
| Charging Power Supply | AC220V±10% 50Hz |
| Operating Power Supply | Original Vehicle Power Supply |
What's Included
- ✓ BAIC U5 Online Detection Teaching Vehicle
- ✓ Vehicle Power System and Control System Assembly
- ✓ Battery Management System (BMS)
- ✓ Motor Drive and Control System
- ✓ Onboard Charging and Power Management System
- ✓ DC-DC Conversion Module
- ✓ Vehicle Control Unit (VCU)
- ✓ Fault Setting Controller
- ✓ Central Console for Diagnostics and Fault Setting
- ✓ Vehicle Diagnostic Interface (OBD Diagnostic Port)
- ✓ Vehicle Testing Panel
- ✓ Vehicle Instrument Display System
- ✓ Testing Terminals and Signal Interface Module
- ✓ AC Charging Interface System
- ✓ DC Charging System (Teaching Display)
- ✓ DC-DC Low-Voltage Power Supply System
- ✓ Accelerator Pedal Control Unit
- ✓ Brake Switch Unit
- ✓ Gear Shift Control Switch
- ✓ Transparent Observation Cover for Power Battery
- ✓ Semi-Cutaway Teaching Vehicle Chassis Structure
- ✓ Mobile Caster Base for Testing Panel
- ✓ Dedicated Connection Wiring Harness
- ✓ New Energy Vehicle Teaching Courseware (PPT)
- ✓ Electronic Version of Vehicle Maintenance and Structure Manual
- ✓ Teaching Software System
Product Category
Automotive teaching equipment — suitable for vocational colleges, technical schools, and automotive training institutions.
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