Charging Infrastructure for Electric Vehicles

Become an EV Charging Infrastructure Technician: Powering the Future of Electric Vehicles

The demand for skilled EV Charging Infrastructure technicians is soaring! Launch your career in the rapidly growing field of electric vehicle charging with this comprehensive course. Learn the essential skills for the installation, operation, and maintenance of charging infrastructure for electric vehicles (EVs).

What You'll Achieve

Upon completion, you will be able to:

• Understand the importance and necessity of Electric Vehicles (EVs) in a sustainable future.
• Differentiate between various charging technologies, batteries, and connectors.
• Gain practical knowledge of charging infrastructure components.
• Analyze different types of power converters used in EV charging.
• Master the Battery Management System (BMS) and charger communication protocols.
• Effectively troubleshoot and locate faults in EV charging systems and charging stations.

Course Outline

Module 1: Understanding Electric Vehicles & Charging Fundamentals

• Need for Electric Vehicles: Explore the driving forces behind the shift to EVs.
• Types of Batteries: Delve into the different battery chemistries used in EVs.
• Charging Technologies & Standards: Master various charging technologies and industry standards.
• Types of EV Connectors: Learn to identify and understand different EV connector types.

Learning Objectives:

• Understand the compelling need for electric vehicles.
• Study the different types of batteries used in electric vehicles.
• Study the details of charging infrastructure and different types of charging connectors as per standards.
• Discover the Top Five Reasons to Choose an Electric Vehicle:
  • Electric vehicles save you money on fuel and maintenance.
  • Electric vehicles cut your emissions, contributing to a cleaner environment.
  • Electric vehicles offer a better driving experience with instant torque and quiet operation.
  • Electric vehicles cut your oil use, reducing reliance on fossil fuels.
  • Electric vehicles are convenient with home charging options.
• Electric Battery Technology: Understand how battery specifications (speed, mileage, torque) are determined by motor and battery pack design. Learn about the challenges of battery pack design and the process of combining cells to create a powerful and long-lasting battery pack.

Module 2: EV Charging Infrastructure Deep Dive

• Charging Infrastructure: Gain a comprehensive understanding of the components and operation of EV charging systems.
• Power Converters: Understand the underlying concepts behind power electronics converters used in EV charging.
• Battery Management System (BMS): Learn the crucial role of the Battery Management System in ensuring battery safety and longevity.
• EV Charger Communication Protocol: Understand the communication protocols used between the charger and the vehicle.
• What is an Electric Vehicle Supply Unit (EVSE)? Learn about the function of the EVSE, the wall-mounted or standalone device that supplies electricity to recharge EV batteries.
• Functions of Battery Management System:
  • Discharge Control: Managing the rate of energy discharge from the battery.
  • Charging Control: Regulating the charging process.
  • SoC Determination: Estimating the State of Charge of the battery.
  • SoH Determination: Estimating the State of Health of the battery.
  • Cell Balancing: Ensuring all cells in the battery pack are evenly charged.
  • Logbook: Recording charging data and system events.
  • Communication: Facilitating communication with the vehicle and charging network.