_LEVELS WITHIN EN 50110-1

Working safely on electric vehicles

The different levels within EN 50110-1 play a crucial role in working safely on electric vehicles. As a professional in the automotive industry, it is essential to understand which levels exist and what they mean for you. In this article, we take a closer look at the different levels of the EN 50110-1 standard and what they mean for you and your daily work. 

The foundation of EN 50110-1: Safety first

The EN 50110-1 standard was developed to ensure the safety of technicians and other professionals working on electric vehicles (EVs). Unlike traditional internal combustion engines, working on EVs involves unique risks. The standard defines which tasks you are allowed to perform based on your level of knowledge, which safety measures must be taken, and which tools may be used.

More and more automotive technicians and workshops are dealing with electric vehicles. Recent figures show that the number of electric cars on the road is growing exponentially. In 2020, 20% of all newly sold cars were fully electric. This trend continues, meaning the demand for qualified EV technicians will only increase.

The three main levels within EN 50110-1

Worker (W)

As a Worker, you form the foundation of safe working practices on electric vehicles. Your main tasks and responsibilities include:

  • Performing safe maintenance and repair work on EVs
  • Never working on a vehicle that is still energized
  • Only working after a WC has confirmed that the HV system is de-energized

To become a Worker, you usually follow a basic training course “Working Safely on Electric Vehicles.” This training provides the essential knowledge and skills required to work safely with electrical systems in vehicles.

Work Controller (WC)

As a WC, you have a higher level of knowledge and greater responsibilities:

  • Performing more complex work on EVs
  • Assessing the safety of the electrical system
  • De-energizing and releasing the HV system for work

To become a VP, you follow an advanced training course “Working Safely on Electric Vehicles – Advanced.” This training builds on basic knowledge and goes deeper into the technical aspects of electric vehicles.

Operation Controller (OC)

As a OC, you are responsible for overall safety during work on electric vehicles in the workshop. Your tasks include:

  • Supervising safe working conditions
  • Developing and implementing safety protocols
  • Ensuring staff has the correct training and certification

To become a WV, you must not only have completed the VP training, but also follow an additional course “EN 50110-1 for Operation Controllers.”

Why Choose our Training?

Up-to-date Content 

Our course content is continuously updated to ensure you stay informed about the latest techniques and safety protocols.

Recognized Certification

You will receive a recognized certificate upon completion of the training, demonstrating that you meet the requirements of the EN 50110-1 standard.

Flexible Learning

Whether you choose an online course via our Learning Management System (LMS) or a hands-on workshop, we offer an option that fits your learning style and schedule.

The importance of periodic refresher training


Electric vehicle technology is evolving rapidly. It is therefore crucial to keep your knowledge up to date. The EN 50110-1 standard requires periodic refresher training. The maximum interval between refresher courses is five years, but in many cases it is shorter:

  • If you do not regularly perform the work you were trained for, refresher training is required after 1-3 years.
  • For frequent complex work on active or energized parts, refresher training is mandatory after 3-5 years.
  • For regular simple or intermediate work on non-active parts with a clear designation policy, a maximum interval of five years applies.

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Practical application of the level differences

In the daily practice of an automotive workshop, the level differences are clearly visible:

  • A W can perform routine maintenance on an electric vehicle, such as replacing wheels or checking brakes, after a VP has declared the vehicle safe.
  • A WC can perform diagnostic work on the high-voltage system and determine whether it is safe to work on the vehicle.
  • The OC, often the workshop manager, ensures that all employees follow the correct procedures and that the workshop is set up in accordance with EN 50110-1 guidelines.


The future of working on electric vehicles

With the rapid growth of electric mobility, the demand for qualified technicians continues to rise. Companies that invest in training their staff in accordance with the EN 50110-1 standard position themselves as frontrunners in the market. They can offer a broader range of services while ensuring a safe working environment for their employees.

Many automotive brands offer their own model-specific training courses for electric vehicles. These often build on the foundation provided by EN 50110-1 certifications. It is therefore advisable to first complete the general EN 50110-1 training and then, if necessary, acquire brand-specific knowledge.


Conclusion: Invest in your future with EN 50110-1

The EN 50110-1 level differences are more than just rules and regulations. They form the foundation for a safe and successful career in the world of electric vehicles. Whether you are just starting as a W or progressing to WC or OC, each step brings new knowledge, responsibilities, and opportunities.

You can read more about the responsibilities of Ws, WCs, and OCs in Appointing W, WC, and OC.

Discover who is required to comply with the EN 501101-1 standards in Who is required to comply with EN 50110-1.

Are you ready to take your career in electric vehicle technology to the next level? 

Visit our webshop for training courses suited to every level, from Worker to Operation Controller.


Want to ensure that your employees are fully qualified to work on electric vehicles?

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