Projects
Assignments
Overview
This specialized course offers a comprehensive understanding of electric vehicle (EV) charging systems, covering essential topics such as charging mechanisms, charger types, station design, wireless charging technologies, charging management software, and energy consumption analysis. Participants will gain in-depth technical knowledge of charging standards and infrastructure to support the growing EV ecosystem.
Objectives
By the end of this course, leaner will be able to:
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Understand the principles of EV charging mechanisms.
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Differentiate between various types of chargers and their applications.
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Design and analyze EV charging stations with a focus on safety and efficiency.
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Evaluate wireless charging technologies and their advantages.
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Develop and implement charging management software.
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Assess the impact of charging methods on energy consumption and battery life.
Prerequisites
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Control System Fundamentals
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Automotive Systems Knowledge
Course Outline
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Role of charging infrastructure in EV adoption.
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Overview of conductive and inductive charging mechanisms.
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Understanding AC and DC charging principles.
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Key charging standards and protocols:
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CHAdeMO
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CCS
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GB/T
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Practical Analysis of Charging Standards for Compatibility.
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Level 1, Level 2, and DC fast chargers: Characteristics and Applications.
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On-board and Off-board chargers: Functionalities and Design Considerations.
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Overview of Power Electronics in EV chargers:
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AC-DC Converters
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DC-DC Converters
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Power Factor Correction (PFC)
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Communication Protocols for EV Chargers:
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PLC
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CAN
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Ethernet
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Hands-on Exercise: Charger Circuit Design and Simulation.
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Key Components of a Charging Station:
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Power Supply
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Charger Unit
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Safety Features
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User Interface
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Electrical Design and Safety Considerations.
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Thermal Management in Charging Stations.
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Network Connectivity and Communication Infrastructure.
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Practical Exercise: Creating a Charging Station Layout.
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Principles of Inductive Power Transfer (IPT).
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Overview of Wireless Charging Standards and Technologies.
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Understanding Coil Design and Magnetic Field Coupling.
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Challenges and Advantages of Wireless Charging.
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Exercise: Efficiency Analysis of Wireless Charging Systems.
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Scheduling and Load Balancing Algorithms.
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User Authentication and Billing Systems.
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Implementing Smart Charging Strategies for Grid Integration.
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Data Analytics and Reporting for Charging Infrastructure.
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Exercise: Developing a Basic Charging Management System.
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Impact of Charging Methods on Battery Life and Performance.
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Optimizing Charging Strategies for Energy Efficiency.
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Introduction to Vehicle-to-Grid (V2G) Technology.
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Exercise: Analyzing Energy Consumption Data for Different Charging Scenarios.
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Overview of EV Charging Safety Standards and Regulations.
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Ensuring Electrical Safety, Fire Safety, and EMC Compliance.
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Understanding Testing and Certification Procedures.
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Exercise: Evaluating Safety Features of a Charging System.
