The MEYLE EV Experience Center: shape your workshop’s future with practical HV training
Coming soon! The MEYLE EV Experience Center is the gateway to the future of e-mobility for independent workshops! How does it work? In small groups, experts will teach you the know-how you need to service Tesla models and diagnose faults. And all in a practical way. Take the opportunity to actively shape the mobility transition and equip your workshop for the future - including a certificate as proof of competence.
Interested? Secure one of the first places in the MEYLE EV Experience Center and make your workshop fit for the future of e-mobility. We'll get in touch with you as soon as it starts
The EV Experience Center’s training modules
The individual modules must be completed one after the other. Each module is held on a different date.
For details of the training content, simply click on the headings.
Theory:
- Introduction to the model series
- Vehicle preparation (jacked up mode, towing mode, service mode, breakdown assistance)
- Overview of assemblies
- Relevant servicing tasks:
- Checking/setting lights
- Checking and servicing brakes
- Suspension including damping system
- Cooling and air conditioning system
- Panoramic roof
- Infotainment systems/MCU
- Tesla IT system landscape:
- Service manual, EPC, Toolbox
- Access to diagnostic port and hardware needed for diagnostics
Practice:
- Vehicle preparation
- Assembly arrangement in the vehicle
- Wheel alignment
- Checking and setting lights
- Air conditioning servicing
- Panoramic sunroof servicing
- HV deactivation
- Troubleshooting and vehicle diagnostics
- Using the Tesla Toolbox
- Diagnosing and evaluating common error codes in practice
- Actuator calibration steps
Theory:
- System landscape of HV components
- How a 12-volt electrical system and HV components work:
- 12-volt electrical system
- HV components
- HV battery
- Drive units
- PTC heater
- AC compressor
- HV junction box
- DC-DC converter
- Coolant heater
- Battery heater
- Heat pump
Practice:
- 12-volt electrical system troubleshooting
- HV deactivation and insulation testing of all HV components
- Diagnosis and repair of insulation damage
- Tesla Toolbox best practice
Theory:
- Prerequisites for HV battery repair
- Repair work calculation
- HV battery composition and how it works
- Necessary hardware, tools and spare parts:
- service pack, sealing material, umbrella valves, pyrotechnic fuse cover, etc.
- Typical battery damage:
- BMS_u029 SoC imbalance
- BMS_w123 internal isolation
- BMS_u018 imbalance limiting
- BMS_w107 brick sensor
Practice:
- HV battery troubleshooting:
- Open battery pack, drain off coolant, remove pyrotechnic fuse
- Check battery management system (BMS)
- Check and assess module voltages
- Error correction
- Complement battery pack
- Reset error codes
