electric vehicle training equipment

Product Overview This automotive teaching equipment is a model for CAN bus system training , designed to provide hands-on learning for modern vehicle network technology. Based on the Volkswagen Passat CAN system , it includes multiple ECUs (engine, transmission, ABS, airbag, and comfort systems) to demonstrate real-world automotive electrical networks . Ideal for vocational schools and technical training centers, this automotive training board serves as a comprehensive

Product Overview Our Hybrid LPI Engine Simulator is a cutting-edge automotive training equipment designed for hands-on learning of hybrid vehicle systems . This automotive trainer combines Liquefied Petroleum Injection (LPI) technology with hybrid powertrain simulation, providing a realistic training platform for hybrid and electric vehicle training . Ideal for technical schools and vocational institutes, this automotive education equipment helps students master LPI fuel

Product descriptions from the supplier Realistic System Integration: Built with a complete electric power steering assembly including motor control unit torque sensor and steering mechanism allowing learners to understand the coordination between electronic control and mechanical steering in modern vehicles Dynamic Function Simulation: Supports real time operation with speed and load variation enabling clear observation of steering assist changes helping students quickly

EV DC Charging Station Educational Equipment – Technical Training Solution 1. Product Overview The DC Charging Station Educational Equipment is a modular training system based on a fully functional electric vehicle (EV) DC fast charger, consisting of a mobile training frame and an interactive teaching panel . Designed for vocational schools, technical institutes, and corporate training programs, it provides hands-on learning in system architecture, operational principles,

Automotive Battery Pack Training Equipment This Automotive Battery Pack Training Equipment is a professional platform for NEV power system training, featuring LiFePO4 battery modules, BMS, charging systems, and high-voltage components. It supports hands-on training in assembly, testing, and diagnostics. Key Features ✔ Modular Battery System – 4 modules (6 cells each) for repeated assembly/disassembly ✔ BMS Monitoring – Real-time voltage/temperature tracking via 10" touchscree

Interactive EV Charging & Diagnostic Trainer 1. Real-World Charging Simulation The system replicates commercial EV charging stations with: Authentic Operation : AC/DC charging via RFID card, mirrored on a live-data display for process visualization. Remote Management : Embedded console enables monitoring of critical parameters (voltage, current, faults) akin to industrial Vehicle Charging System Modules . Structural Transparency : Exposed components reveal charging pile

Drive Motor Dissection Display Training Equipment Introduction 1. Product Overview The Drive Motor Dissection Display Training Equipment is specifically designed for teaching the structural components and working principles of electric vehicle drive motors. Through authentic dissection demonstration, it visually presents the internal structure of drive motors and main controllers, enabling students to thoroughly understand their operational mechanisms. Ideal for vocational

Product Overview This power steering system and suspension training equipment features a complete Volkswagen Santana hydraulic power steering system with front axle suspension components. As essential automotive education equipment , this automotive trainer demonstrates both hydraulic power steering operation and independent suspension structure. Ideal for vocational schools and technical training centers, this automotive teaching equipment meets all requirements for

Intelligent EV Power Battery & Charging Training Platform 1. System Highlights This pure electric vehicle training system integrates LiFePO4 power batteries (76.8V, 24S) with a smart BMS and 10-inch touchscreen , enabling real-time monitoring of: Battery voltage, current, SOC, temperature Relay status, CC/CP signals, insulation resistance Single-cell voltages & passive balancing (100mA) The OBC supports CAN communication , automatically initiating constant-current charging