Équipement d'entraînement automobile à énergie nouvelle

EV DC Charging Educational Trainer Model – Technical Specifications & Construction 1. Technical Specifications Parameter Details Dimensions 640 × 500 × 1650 mm (L × W × H) Charger Type Fast Charging (DC) Rated Power 7.2 kW Output Current ≤32 A Input Voltage 220 Vac ±20% Communication RS485, Ethernet, GPRS, CAN Protection Class IP54 (Dust & Splash Proof) 2. Construction & Safety Features Frame Structure : Made of 40×40 industrial-grade aluminum profiles for high load-bearing

1. Product Overview This Vehicle Battery Pack Testing & Training Platform is designed based on automotive components, focusing on the teaching and practical training needs of new energy vehicle (NEV) power management systems. Its core functions include power management component testing, single-cell capacity sorting and classification, battery module assembly, system integration, and functional verification. It is suitable for vocational schools and training institutions to

1. Product Overview This Battery Pack Training Platform is a professional teaching system designed for new energy vehicle power management technology training. The platform integrates lithium iron phosphate battery modules, BMS management systems, charging systems, and high-voltage distribution units, supporting comprehensive practical training from component assembly to system functional verification. It is an ideal teaching equipment for vocational colleges and training

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

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

1. Product Overview This EV Motor Control System Training Educational Equipment is a pure electric vehicle integrated training system designed to replicate real-world EV drivetrain operations. It features an automotive-grade gear lever with CAN bus communication, enabling seamless interaction with the motor controller for authentic R-N-D shifting (forward/reverse/stop). The system includes a vacuum-assisted hydraulic braking system, electronic accelerator pedal, and

1. Technical Specifications The EV Motor Control System Training Educational Equipment features industrial-grade components to ensure accurate replication of pure electric vehicle powertrain operations. Below are the core specifications: Motor & Controller Parameters Category Specification Motor Type 3-Phase Asynchronous Motor Rated Power 4 kW Rated Voltage 72 V Rated Speed 3,000 rpm Peak Speed 6,000 rpm Controller Type AC Motor Controller Input Voltage Range 55–86 V DC Rated

1. Product Overview The NEV Electrical System Training Platform is an integrated diagnostic station designed to pair with the NEV Chassis System Training Platform . Utilizing MIL-STD aviation connectors, it provides direct access to low-voltage circuits for real-time measurement and analysis of critical EV subsystems, including: • Battery Management System (BMS) & Charging Networks • High-Voltage Distribution Unit (PDU) • Climate Control & Thermal Management • Body Electronic

1. Product Structure & Functional Display The Automotive Chassis System Educational Equipment is based on a pure electric vehicle training system , retaining the complete chassis, powertrain, and key components (e.g., drive motor, battery pack, suspension, steering, and braking systems). It provides a clear visualization of the mechanical and electrical architecture of electric vehicles. Compatible with vehicle electrical training platforms, it enables dynamic demonstrations