Integrated Construction Project for New‑Energy Vehicle Teaching and Training

The integrated construction project for new‑energy vehicle teaching and training aims to build a comprehensive and professional teaching‑practice platform, offering solid support for cultivating professional talents that meet the development demands of the new‑energy vehicle industry. The key components included in this project are described in detail below:

New‑Energy Vehicle Training Complete Vehicle

The training complete vehicle provides learners with a real physical new‑energy vehicle. Through full‑scale exposure to the complete vehicle, learners can gain intuitive insight into the overall architecture of new‑energy vehicles, the layout of each system and the actual operating status of the vehicle. Whether for daily operation, troubleshooting or overall performance perception, the training complete vehicle delivers the most hands‑on experience for learners, simulating a genuine working‑site environment.

Electrical System Maintenance & Inspection Training Platform

This platform focuses on the study of new‑energy vehicle electrical systems. Learners can gain in‑depth knowledge of the structural composition and circuit principles of electrical systems, and master maintenance and inspection skills for various electrical components. Combining hands‑on practice and theoretical study, it helps learners comprehensively improve their maintenance capabilities for new‑energy vehicle electrical systems, ranging from basic circuit connections to complex electrical fault diagnosis.

Chassis System Maintenance & Inspection Training Platform

As a vital component of automobiles, the chassis system is presented in fine detail on this platform. Learners can study the unique structure and working principles of new‑energy vehicle chassis systems, and master the skills for disassembly, assembly, commissioning and maintenance of chassis parts. Hands‑on operations enable thorough understanding of the suspension system, braking system and steering system, accumulating rich practical experience for future chassis‑related work.

High‑Voltage System Structural Demonstration Training Platform

The high‑voltage system of new‑energy vehicles features high risks and complexity. Through clear structural demonstration, this platform enables learners to safely and intuitively understand the composition of the vehicle‑wide high‑voltage system, including high‑voltage cable routing, positions of high‑voltage components and their working principles. Learners can systematically study high‑voltage safety protection knowledge, master standardized procedures for high‑voltage system inspection and maintenance, and effectively enhance their cognition and operational proficiency regarding high‑voltage systems.

Drive Motor Disassembly & Assembly Training Platform

The drive motor serves as the core power component of new‑energy vehicles. On this platform, learners can perform hands‑on disassembly and assembly of drive motors, and delve into internal motor structures, working principles and assembly processes. Through repeated practice, learners can become proficient in drive‑motor disassembly‑and‑assembly techniques and get familiar with motor performance testing methods, laying a solid foundation for future drive‑motor‑related jobs.

Power Battery Disassembly & Assembly Training Platform

As the energy source of new‑energy vehicles, power batteries are of critical importance. This platform provides a safe and professional learning environment for power‑battery disassembly and assembly. Learners can learn the structural characteristics and performance parameters of different types of power batteries, and master disassembly‑assembly workflows as well as key maintenance points. Practical operations improve learners’ operational proficiency and fault‑handling capabilities for power batteries.

New‑Energy Vehicle Diagnostic Training Platform

Integrated with advanced diagnostic equipment and software, the new‑energy vehicle diagnostic training platform allows learners to operate professional diagnostic tools to conduct comprehensive fault diagnosis for new‑energy vehicles. Covering fault‑code reading, data analysis and root‑cause judgment, simulated real‑world fault scenarios cultivate learners’ ability to apply diagnostic technologies to solve practical problems, enabling them to quickly and accurately locate and resolve various faults occurring during new‑energy vehicle operation.

Through these interrelated yet individually‑focused learning platforms, the integrated construction project for new‑energy vehicle teaching and training establishes a systematic and complete teaching‑training system for new‑energy vehicles. It delivers all‑round learning experiences for learners, ranging from theoretical knowledge to hands‑on practice, and from single‑system operation to comprehensive complete‑vehicle maintenance.