GMTO HEV 2 | Competent person - level 2 (sector certification)

535,00 Excl. tax
In order to be able to work on e-vehicles, it is important that every workshop has someone who understands e-vehicles and that the necessary personal protective equipment is available. Read more
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Specifications

Brand:
GMTO

Information

To be able to work on e-vehicles safely and in compliance with regulations, it’s important that each workshop has someone with expertise in e-vehicles and that the necessary personal protective equipment is available. This ensures that work on e-vehicles can be carried out safely.

This training covers the responsibilities of the EV-qualified person and the EV-responsible person, and how these responsibilities should be performed. The EV-qualified person also plays a key role in diagnosing issues in e-vehicles. In addition to having technical knowledge of the vehicle, they can perform diagnostics and know which tools to use to reach an accurate diagnosis. Furthermore, the EV-qualified person and EV-responsible person are the key individuals for ensuring safety when working on and around e-vehicles.

Objective

Learn to work safely and professionally with hybrid and electric vehicles.

Key Points

  • Safety / responsible person in the workplace
  • Types of hybrids and their operating principles
  • Maintenance and repair
  • Roadside assistance
  • Working according to EAV
  • Basic principles of applied electronics
  • Types of hybrid and EV systems
  • EV components
  • Regenerative braking systems
  • Plug-in systems and charging methods

Topics

The following topics will be covered during the course:

  • Safety procedures
  • Securing high-voltage systems
  • Electric motor / generator
  • High-voltage control (inverter) and high-voltage battery
  • Operation of the hybrid transmission
  • Brake-by-wire braking system
  • Maintenance
  • Towing
  • How to handle breakdowns and accidents
  • EAV (Electrical Safety at Work)
  • Qualifications and designation policy
  • EAV in practice
  • Step-by-step approach
  • Electric motors
  • Synchronous AC motor with permanent magnet
  • Inverter
  • High-voltage battery
  • Braking systems in e-vehicles
  • Diagnosis of hybrid systems
  • Plug-in systems