education training board

Product Introduction Our Automotive Electrical Trainer Board is a comprehensive automotive education equipment designed to demonstrate the structure and working principles of vehicle charging systems. Based on real automotive charging components, this automotive electrical trainer perfectly showcases the complete charging system operation. As a leading automotive training equipment manufacturer , we provide this essential automotive teaching equipment for vocational schools,

Automotive Training Equipment Dissection Trainer for BYD E5 Product Description: This Automotive Training Equipment is based on BYD E5 pure electric vehicle. Equipped with six detection boards, it can detect the working status of sensors and actuators of each system in real time. This product can intuitively understand the system structure of pure electric vehicles, is closer to the real vehicle environment, and is more convenient for teaching than real vehicles. Our

1. Product Overview This Automotive 4WD Chassis Training System is a comprehensive automotive training equipment designed for hands-on education in drivetrain, steering, suspension, and braking systems . Featuring a cutaway manual transmission , functional electric power steering trainer , and fully operational brake system , it serves as an ideal automotive diagnostic trainer for vocational schools and technical institutes. 2. Key Features & Applications A. Multi-System

F unctional characteristics The real runnable pure electric vehicle drive system fully demonstrates the composition structure and working process of pure electric vehicle drive system. The Drive System Training Platform provides a comprehensive hands-on learning experience for users. The Drive System Training Platform panel adopts 4mm thick corrosion-resistant, trauma-resistant, pollution-resistant, fireproof, moisture-proof senior aluminum plastic plate, the surface is

Advanced New Energy Vehicle Power Battery Training System 1. Product Overview This new energy automotive training equipment features a pure electric vehicle training system with automotive-grade LiFePO4 power batteries (3.2V, 20Ah per cell). The 24-cell series battery pack delivers a 76.8V nominal voltage , managed by an advanced Battery Management System (BMS) . The system includes a 10-inch touchscreen display for real-time monitoring of battery voltage, charge/discharge

Premium Cylindrical Lithium Battery Metal Dissection Training Platform Advanced automotive education learning system for comprehensive power battery analysis and measurement training. Equipment Configuration Utilizes mainstream new energy ternary lithium batteries including 3.2V 5AH (32650) and 3.2V 3AH (26650) single-cell battery packs Includes four of each battery cell type for comprehensive voltage and internal resistance measurement training Fixed single cells on platform

Regenerative Braking Energy Recovery Training Platform Equipment Overview This regenerative braking energy recovery training platform is based on a physical example of a pure electric vehicle's regenerative braking system. It realistically demonstrates the system's structure and operation while providing braking energy feedback and related displays. Designed specifically for automotive education, research, and development needs in pure electric vehicle regenerative braking

Demonstration Board Of Electronic Ignition System Automotive Training Equipment Product Description: Built with safety and adaptability in mind, this Demonstration Board Of Electronic Ignition System Automotive Training Equipment operates at low voltages to replicate engine ignition processes without risks associated with high-current systems. Its structured layout and color-coded wiring simplify complex concepts, while compatibility with external ECUs and diagnostic tools

1. Realistic Vehicle Electrical Teaching Board Features Fully Functional Systems : This Vehicle Electrical Teaching Board accurately replicates all major automotive electrical systems including ignition, lighting, wipers, power windows, and central locking in operational condition. Interactive Learning : With a 12V DC power supply, students can operate switches and buttons to activate systems like engine ignition, while a 2.2KW AC motor realistically simulates the charging