The MEYLE EV Experience Center: shape your workshop’s future with practical HV training
The MEYLE EV Experience Center is your springboard into e-mobility! In small groups, you will learn hands-on from experts how to service Tesla models and diagnose faults. Make your workshop fit for the future of the mobility revolution and receive a certificate as proof of competence.
Training dates 2025
Secure your place for Module 1 “Basics and maintenance: Understanding Tesla vehicles comprehensively and diagnosing them safely” on one of these dates:
April 29 - 30(fully booked)- July 02 - 03
- July 15 - 16
Venue:
MEYLE AG, Merkurring 111, 22143 Hamburg, Germany
Costs and services:
- Cost per participant for two training days: Instead of
1900 €, now for only 1499 €! - Including:
- Full board (breakfast, lunch, dinner).
- One overnight stay in a 4-star hotel (between the training days).
- Optional additional costs: An additional overnight stay in a hotel can be booked for €99 (if you arrive the day before the training).
- Not included: Arrival and departure, which are organized by the participants.
Register now and start with us into the future of e-mobility. We will inform you immediately about the next steps!
I would like to make a binding registration for Module 1 “Basics and maintenance: Understanding Tesla vehicles comprehensively and diagnosing them safely”:
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
