Electric Vehicle Training Simulator
Electric vehicle training simulator combines theory with hands-on experience to meet educational needs in electric and hybrid vehicle technologies. Training simulator builds a strong foundation through informative scenarios and enhances practical skills with interactive scenarios. Informative and interactive scenarios deliver comprehensive training and real-world application experience.
Training Scenarios
Electric vehicle training simulator combines theory with hands-on experience to meet educational needs in electric and hybrid vehicle technologies. Training simulator builds a strong foundation through informative scenarios, where students can learn about key components, system functions, and the latest advancements in electric vehicle technologies. Additionally, it enhances practical skills with interactive scenarios, offering hands-on tasks such as assembly, disassembly, maintenance, and troubleshooting of electric and hybrid vehicle systems. Informative and interactive scenarios deliver comprehensive training and real-world application experience, ensuring that learners are well-prepared to handle both theoretical and practical aspects of electric vehicle maintenance and repair.
Electric Vehicle Training Simulator
Informative Scenarios
Informative Scenarios
In this section, you will explore key scenarios covering electric vehicle technologies. Topics include electric vehicle technology, which explains the differences between electric and internal combustion engines, and hybrid hehicle technology, focusing on the benefits of hybrid systems.In this section, you will explore key scenarios covering electric vehicle technologies. Topics include electric vehicle technology, which explains the differences between electric and internal combustion engines, and hybrid hehicle technology, focusing on the benefits of hybrid systems.
Interactive Scenarios
Interactive Scenarios
Electric vehicle maintenance training provides a comprehensive overview of electric and hybrid vehicles, covering key components like batteries, motors, and control systems. It also addresses market status, environmental impact, and essential safety precautions for both personal use and service environments. Participants will learn critical service points and the risks associated with working with electricity.