Category focuses on identifying and repairing malfunctions in fuel cells and battery charging systems, converting conventional vehicles to electric vehicles, and selecting the right tools for electric vehicle maintenance.Users will develop key skills, including understanding charging processes, managing conversion projects, and choosing appropriate maintenance equipment to ensure vehicle safety and efficiency.
Interactive Scenarios >
Fuel cell and battery charging procedures aim to educate users in order to identify and repair malfunctions that may occur in the fuel cells and battery charging systems of hybrid and electric vehicles.
Users are expected to gain the ability to increase the efficiency and ensure the safety of the systems by learning charging processes and maintenance requirements. Provided content offers an effective learning experience by combining both theoretical knowledge and practical applications.
Electric vehicle conversion and retrofit technologies aim to provide users with information on converting conventional vehicles to electric vehicles.
Focus of the content is on planning, implementation and management of successful transformation projects. Users will be able to develop the skills necessary to tackle the complexity of electric vehicle conversion and ensure efficiency and sustainability in their projects.
Theory test scenario helps users learn the correct selection of tools and equipment required for electric vehicle maintenance. Recognizing the characteristics of the tools used in electric vehicle servicing is crucial for safe and efficient work.
Throughout the scenario, users will develop their ability to choose the right tools for various maintenance tasks. This test helps them understand the importance of proper maintenance procedures for vehicle safety and long-term performance.