EV Simulator

Foundational Informative Scenarios in Electric Vehicle Training

Informative scenarios section is designed to introduce users to key concepts and systems within electric and hybrid vehicle technology. Each scenario provides foundational insights into the unique aspects of electric and hybrid vehicles, highlighting components like battery efficiency, regenerative braking, high-voltage Through these scenarios, users gain a well-rounded understanding of the environmental and performance benefits of electric and hybrid technology, as well as practical knowledge on effective maintenance practices. By exploring topics from electronic comfort systems to embedded and battery technologies, these scenarios offer essential guidance to prepare users for the demands of modern vehicle maintenance and operation.

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Electric Vehicle Technology

Scenario of electric vehicle technology aims to show the technological differences and main distinguishing features of electric motor vehicles.

Components of Electric Vehicle Batteries

Scenario aims to provide users with information about the basic components and operating principles of electric vehicle batteries.

Automotive Electronics

Scenario aims to provide users with the ability to understand block diagrams in the field of automotive electronics. Users will learn how to read these diagrams and interpret the information they contain.

Embedded Systems in Automotive Electronics

Scenario aims to provide users with basic information about embedded systems in automotive electronics. Users will learn what these systems are, how they work, and their role in vehicles.

Hybrid Vehicle Technology

Scenario aims to provide fundamental information about the operation principles types, and functions high-voltage system and battery systems hybrid vehicles.

Practical Interactive Scenarios in Electric Vehicle Training

Interactive scenarios offer hands-on learning experiences that equip users with essential skills for safely maintaining, assembling, and troubleshooting electric and hybrid vehicle systems. Through practical applications, each scenario guides users step-by-step, emphasizing safety measures and the correct use of tools and equipment. From mastering vehicle locking mechanisms and diagnosing complex electronics to learning battery charging procedures and assembling motors, these scenarios provide valuable insight into electric vehicle technology. Participants gain foundational expertise, allowing them to approach real-life maintenance and repair tasks confidently, fostering efficiency, and supporting a sustainable future in automotive technology.

Vehicle Safety and Basic Maintenance Procedures

Users learn safety steps for electrical and mechanical systems, fault troubleshooting, and high-voltage risk management in H/E vehicles.

Vehicle Diagnostics and Communication Systems

Users learn CAN Bus, fault diagnosis, and ADAS sensor adjustments for vehicle safety and performance.

Electrical and Mechanical Assembly/Disassembly Procedures

Users learn the step-by-step processes for assembling and disassembling various electric vehicle components, including asynchronous, hub, PM, and synchronous motors, as well as electric vehicle assembly.

Charging Station Assembly/Disassembly Procedures

Users learn the step-by-step processes for assembling and disassembling both DC and AC charging stations through immersive VR training, ensuring precise and efficient procedures.

Fuel Cells, Battery Systems and Conversion Technologies

Users learn to identify and repair faults in fuel cells and battery systems, gain detailed knowledge of electric vehicle conversion technologies, and test their understanding of tools and equipment for EV maintenance and repair.