automotive electrical training simulators

Introduction to EV DC Charging Station Training Equipment 1. Product Overview The DC Charging Station Training Equipment is based on a real electric vehicle (EV) DC fast charger system, consisting of a mobile frame and an instructional panel . Designed for educational purposes, it enables comprehensive teaching of the structure , working principles , and diagnostic methods of EV charging management systems, making it ideal for vocational schools and technical training

Professional Automotive Education Equipment This diesel engine trainer features a fully operational Isuzu 2.8T common rail diesel engine, serving as comprehensive automotive teaching equipment for technical colleges. The system functions as both an automotive basic electric circuit trainer and advanced automotive diagnostic trainer , providing hands-on experience with modern diesel technology. Key Training Features Real Engine Operation : Practice starting, acceleration and

Product Overview This hybrid and electric vehicle training platform is designed to provide hands-on learning for automotive students and technicians. Based on the BYD Qin EV450 , it features a fully operational pure electric vehicle with exposed high-voltage systems, allowing safe observation and diagnostics without compromising functionality. The system includes six interactive diagnostic panels for real-time testing of sensors, actuators, and control modules across all

Motor Trainer Training Platform Heavy-duty Disassembly and Assembly for New Energy Vehicle Product Description: The Motor Trainer is a versatile educational tool designed to provide comprehensive training in the field of electrical machines and powertrain systems. Constructed with high-quality steel materials, this product ensures durability and reliability for long-term use in various educational settings. With teaching levels ranging from beginner to advanced, the Motor

BYD Qin EV Pure Electric Vehicle Dismantling Training Model Technical Specifications 1. Basic Powertrain Configuration Power Type : Pure electric (dedicated training model) Motor Configuration : Permanent magnet synchronous motor (training dismantling version) Power Parameters : Max. power 100kW (for demonstration purposes) Battery System : 53.1kWh training battery pack (non-functional, for structural study only) Range Data : Nominal 421km (for reference only) This Vehicle

New Energy Vehicle Control Assessment System Test Bench 1. Core Electric Control System Architecture This new energy automotive training equipment adopts an automotive-grade SPC5744 MCU processor with: 10 high-side switches | 12 PWM drives | 7 high-side power drivers | 8 low-side drivers 12 Hall-effect digital inputs | 14 isolated ADC analog inputs | 7 low-control switches 4 sets of 5-wire stepper motor drivers | 3 CAN channels | 1 LIN channel Modular 4-layer PCB design

High Voltage Safety Training Platform for New Energy Vehicles Equipment Overview This training platform comprehensively demonstrates the high-voltage safety protection system for electric vehicles, dynamically simulating the operating status and working processes of the entire vehicle's high-voltage safety protection system. Key Features & Configuration 4mm thick aluminum composite panel with primer coating Color circuit diagrams and working principle schematics printed on

1. Advanced Diesel Engine Training System This automotive training equipment features a fully operational common rail diesel fuel injection system, providing a realistic demonstration of electronic fuel injection principles. The system includes key components such as high-pressure pumps, fuel rails, and injectors, making it an essential automotive teaching aid for diesel engine diagnostics and maintenance training. 2. Interactive Diagnostics & Practical Learning The

Structure & Technical Specifications of the New Energy Test Bench 1. Realistic Vehicle Simulation & User-Friendly Control Panel The test bench is constructed using real automotive components and an aluminum-steel hybrid frame to simulate an actual vehicle body. The control panel is designed for technical teaching equipment , integrating switches, knobs, and indicators to simulate various driving conditions, enhancing hands-on learning and testing flexibility. 2. High