Certification Course in Advanced EV Charging Technology
-
Welcome to the Course!
-
Module 1: Starting with Charging TechnologyTopic 1: EV Charger Basics – Revisiting Battery & BMS21m 33sTopic 2: EV Charger Basics – Definitions, Charging Methods & Classification16m 15sTopic 3: EV Chargers Based On Energy Source13m 49sTopic 4: EV Chargers Based On Installation & Power Flow11m 1sTopic 5: EV Chargers Based On Level of Charging & Cables Types11m 47sTopic 6: EV Charger Based On Phases22m 23sTopic 7: EV Charger Connectors Types & Charging Time25m 49s
-
Module 2: Battery Considerations & EV Charging Connector TypesTopic 1: Battery Cell Structure & Causes of Thermal Runaway10m 53sTopic 2: Charging Methods12m 10sTopic 3: EV Connector Types – J1772 and Mennekes16m 34sTopic 4: EV Connector Types – CCS, CHAdeMO, GB/T & Tesla20m 32sTopic 5: Chademo Connector Interface Explained and CC-CV & CC-PV Charging Methods Flowchart15m 22sTopic 6: Battery Discharging Limitations, Safety Considerations & Role of Temperature in Battery18m 58sTopic 7: Effect of Temperature on Battery and the Concept of Lithium Plating25m 35s
-
Module 3: Battery Systems for Charging ConsiderationsTopic 1: Case Study Part 19m 10sTopic 2: Case Study Part 216m 4sTopic 3: Introduction to Battery Technology for EVs10m 25sTopic 4: Battery Cell Structure & Cell Parameters9m 25sTopic 5: Cell Parameters Contd & Other Important Terms10m 14sTopic 6: Lithium – Ion Batteries Based on Battery Chemistry Part 111m 29sTopic 7: Lithium – Ion Batteries Based on Battery Chemistry Part 212m 56sTopic 8: State of Charge (SOC) and State of Health (SoH)10m 26s
-
Module 4: Three Phase Vehicle-to-Grid (V2G) & Grid-to-Vehicle (G2V) Systems with Adv. MATLAB-Simulink
-
Module 5: Single Phase V2G & G2V Systems & Onboard Charger System with Adv. MATLAB SimulinkTopic 1: V2G & G2V System Implementation in Single Phase – Part 114m 18sTopic 2: V2G & G2V System Implementation in Single Phase – Part 216m 53sTopic 3: V2G & G2V Systems Implementation in Single Phase – Part 319m 15sTopic 4: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 116m 43sTopic 5: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 213m 51sTopic 6: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 320m 7sTopic 7: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 413m 26sTopic 8: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 515m 43s
-
DIY Projects:
The Certification Course in Advanced EV Charging Technology provides a comprehensive and technical overview of modern electric vehicle charging systems. The course covers key areas such as charger types, connector standards, charging methods, and the role of battery characteristics in charging performance. It further explores advanced concepts including Vehicle-to-Grid (V2G), Grid-to-Vehicle (G2V), and onboard charger systems, supported by real-world modeling and simulation using MATLAB-Simulink. Special emphasis is placed on thermal behavior, battery dynamics, and safety considerations, ensuring a thorough understanding of the factors influencing charging efficiency. This program is designed to equip professionals, engineers, and researchers with the skills required to design, implement, and simulate advanced EV charging infrastructure.
What's included
- 5 Modules
- 34 Lectures
- 9.07 Hours of Video Content
- Quizzes with Solutions
- Project Assignment
- Certificate of Completion