EV SANLAB Learning

Vehicle Safety and Basic Maintenance Procedures

Category focuses on essential safety measures and maintenance practices for hybrid and electric vehicles. Scenarios cover key procedures such as vehicle locking, lock removal, and troubleshooting in automotive electronics. Users will learn how to manage high-voltage risks, follow safety precautions, and ensure secure maintenance processes, enhancing both efficiency and safety during repair and maintenance tasks.

Interactive Scenarios >

vehicle locking

Vehicle Locking Scenario

Scenario covers basic electrical safety steps and post-maintenance measures for H/E vehicles. It also provides examples and practical tips to enhance understanding.




vehicle lock removal

Vehicle Lock Removal

Scenario shows how to safely remove and reactivate vehicle locks after maintenance on H/E vehicles. It covers mechanical and electronic lock systems, safety steps, and practical examples, with a focus on effective and safe lock removal.

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Maintenance and Troubleshooting in Automotive Electronics

Scenario focuses on identifying and resolving electrical faults, covering topics like measurement tools, troubleshooting methods, and following instructions. Practical examples are included to aid understanding.
Automotive Electronics Maintenance and Fault Finding module in Electric vehicle training simulator, focused on EV diagnostics and troubleshooting.

Maintenance and Fault Finding in Automotive Electronics:

Scenario helps users understand safety measures and high-voltage risks in automotive electronics. It covers hazard recognition during maintenance and necessary precautions to reduce risks.

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About the Electric Vehicle Training Simulator

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vehicle locking

Vehicle Locking Scenario


Safety is crucial during high-voltage electrical maintenance. Vehicle locking scenario covers essential electrical safety steps and post-maintenance measures that must be followed when servicing hybrid and electric vehicles.

Scenario is designed to give users a comprehensive understanding of vehicle locking systems through practical applications. It provides detailed information to ensure a safe and efficient maintenance process, focusing on enhancing safety during electric vehicle maintenance.


Vehicle Lock Removal


Scenario teaches safe procedures for removing and reactivating locks on hybrid and electric vehicles. Mechanical and electronic lock systems are explored, with an emphasis on essential safety precautions during the removal process.

Practical tips and step-by-step instructions guide the execution of lock removal, aiming to enhance both efficiency and safety. Techniques learned provide effective management of lock systems during maintenance, ensuring secure handling and reactivation throughout the process.


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Maintenance and Troubleshooting in Automotive Electronics

Maintenance and Troubleshooting in Automotive Electronics


Scenario teaches users how to handle high-voltage risks and apply essential safety measures in automotive electronics. It focuses on recognizing potential hazards during maintenance and following the necessary precautions to ensure safety for both personnel and vehicle systems. Practical examples and step-by-step guidance are provided to help users develop the skills required to safely perform maintenance tasks. Techniques learned aim to enhance both safety and efficiency when dealing with high-voltage systems, ensuring proper risk management and secure handling during troubleshooting and repair procedures.

Maintenance and Fault Finding in Automotive Electronics


Maintenance and troubleshooting scenario provides essential information on safety precautions and high-voltage risks in automotive electronics. Emphasis is placed on recognizing potential hazards during maintenance and learning the necessary steps to create a safe working environment. Users will develop an understanding of the precautions required to reduce risks, allowing them to approach maintenance tasks more consciously and carefully. The knowledge gained ensures safer and more effective handling of automotive electronics during troubleshooting and repair processes.

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