Electric Vehicle Courses - Mode 3 - Advanced
Mode 3 - Advanced Technical Training
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Formation créée le 23/02/2023. Dernière mise à jour le 12/03/2024.
Version du programme : 1
Programme de la formation Version PDF
Duration : 12 hours (2 days) Member price = 1440 € Non member price = 1500 € Mode 3 - content : + Mode 1 - Base technical training + Mode 2 - Intermediate + EV - Battery Systems Advanced + EV – Control Systems + EV - HV Safety regulations + EV - Practice module 2 – HV Batteries
Objectifs de la formation
- idem Mode 1 + Mode 2
- Having an overview of the principle of operation of a battery, market developments and the internal structure of the battery pack.
- Review of the control systems that make up a vehicle, communication and particularities of the electric vehicle.
- Having an overview of the main electric vehicle type approval regulations and design features to comply with the most important safety aspects.
Profil des bénéficiaires
Pour qui
- Personnel with direct contact on the EVs HV system (i.e. Test Engineer, technician… )
Prérequis
- none
Contenu de la formation
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EV Vehicle Types
- An overview of how the electrification of combustion vehicles has gradually increased functionality as well as benefits in terms of fuel economy and pollution reduction.
- • Different vehicles types • Interchangeable battery electric vehicle • Electric vehicles • Hybrid vehicles (Serie, parallel, Serie parallel) • Mild hybrid vehicles • Pure hybrid vehicles • Plug in hybrid vehicles • Hydrogen fuel cell electric vehicles
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EV - Main Components
- An overview of the main components that can be found in hybrid, electric and fuel cell vehicles, as well as their main characteristics.
- • 12V battery • HV battery • Fuel Cell • HV wiring • Service disconnector switch • Inverter • Electric motor • Mechanical coupler • Super capacitors • DC/DC Converters • PTC heater • A/C eCompressor • On board charger
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EV - HV Battery Systems (module 1)
- • An overview of the principle of operation of a battery, market developments and the internal structure of the battery pack.
- • Operation Principle of an Electrochemical Cell • Cell Formats • Fundamental Definitions and Concepts • Li Ion Fundamentals • Thermal Runaway • Ageing Mechanisms • Handling Precaution • Battery Pack Structure • Other HV Components in a Battery Pack
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EV - Charging systems
- Review of all types of charging modes and connectors for electric and hybrid vehicles available on the market and the main differences between them.
- • Types of recharging • Recharging modes • Functionalities associated with recharging • Types of connectors (different markets) • High power connection methods (Heavy duty )
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EV - Electric motor types
- An overview of the evolution in demand and development of electric motors. Developments in the automotive sector, topologies and future trends.
- • E Motor trend • Technology development priorities • E Motor principle of operation • E Motor Types • Major OEMs choices • A step forward / Future trends
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EV - Safety hazards
- Information and awareness raising on the dangers of electric and hybrid vehicles. Safety measures, equipment and protocol for action in the event of an accident.
- • Electrical hazard • Electric shock • Electric arcing • Chemical hazard • Poisoning hazard • Electrolyte spill • High temperature • Deflagration hazard • Fire risk
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EV - Vehicle Safety Features
- A review of all active safety systems against electrical hazards in vehicles .
- • IPXXX Protection • Switch SD (Service Disconnect) • HV connector locking mechanism • Power wires characteristics • Isolation Monitoring Device (IMD) • Interlock system • High voltage pyrotechnic fuse • Battery and cells venting valves
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EV - Thermal Management
- The importance of good thermal management in electric vehicles and its role in electricity consumption.
- • General description • Main components • Air Conditioning • Cooling System • Battery Thermal Management • Electric Vehicle Thermal Management • Efficiency
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EV - HV Battery Systems Advanced
- An overview of the principle of operation of a battery, market developments and the internal structure of the battery pack.
- • Operation principle of an electrochemical cell • Cell formats • Fundamental definitions and concepts • Li Ion fundamentals • Thermal runaway • Ageing Mechanisms • Handling precautions • Battery pack structure • BMS • Thermal management and balancing
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EV - Control Systems
- Review of the control systems that make up a vehicle, communication and particularities of the electric vehicle.
- • Introduction to the control systems • Vehicle control system architecture • INPUT System • Start Up system • Powertrain model • Vehicle model • Vehicle controls models
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EV - HV Safety Regulations
- An overview of the main electric vehicle type approval regulations and design features to comply with the most important safety aspects.
- - Safety Regulations - Regulation No 100 Approval of vehicles with regard to specific requirements for the electric power train - HV Safety Check Procedure
Équipe pédagogique
4 Electric Vehicle Experts from IDIADA's EV Training Team
Suivi de l'exécution et évaluation des résultats
- Presentation
- Attendance sheets
Ressources techniques et pédagogiques
- Training tools
- Discussions between participants and with the trainer
Capacité d'accueil
Entre 3 et 12 apprenants
Délai d'accès
2 semaines
Accessibilité
As part of our inclusion policy, we have developed partnerships to make it easier for people with disabilities to attend our training courses. Please do not hesitate to contact us.