On-Board Charging Systems

This course provides an in-depth exploration into the electric heart of modern mobility, focusing on the on-board charging systems that power electric vehicles (EVs).

Prasanthkumar Palani

Electrical Engineering | core | 4 hours | Published: Jul 2024

Discussions

Overview

1KSTUDENTS^*

92.9%RECOMMEND^*

This course includes:

4 hours of on-demand video 
Certificate of completion 
Direct access/chat with the instructor
100% self-paced online

Electrifying the Journey: On-Board Charging Systems for EVs offers a comprehensive dive into the intricate workings of the electric heart driving modern mobility. Throughout the course, participants will embark on a journey from the foundational principles of charging mechanisms to the nuanced complexities of system maintenance. By the end, they will emerge equipped with a profound understanding of the technological marvels propelling the EV revolution forward.

Skills You Will Gain

Automotive Technology

Electric vehicles

EV Engineering

On-Board Charging Systems

Sustainable Energy

Learning Outcomes (At the end of this program you will be able to)

Identify the key components and functions of on-board charging systems
Analyze the challenges and solutions in on-board charging technology
Assess the environmental impact and market trends of on-board charging systems
Explore future developments and innovations in EV charging technology

Prerequisites

Participants should have a basic understanding of electric vehicles, familiarity with electrical engineering concepts, knowledge of sustainable energy practices, and an interest in automotive technology advancements.

Who Should Attend

EV Design Engineers, Automotive Technicians, Energy Systems Analysts, Sustainability Consultants, EV Enthusiasts

Curriculum

1Module 1.1: Introduction to On-Board Charging Systems

2Module 1.2: Types of On-Board Chargers

3Module 1.3: Understanding the Charging Process

4Module 2.1: Designing On Board Chargers

5Module 2.2: System Integration

6Module 2.3: Performance and Efficiency

7Module 3.1: Advanced Charging Technologies

8Module 3.2: Application in Different Vehicle Types

9Module 3.3: Environmental Impact and Sustainability

10Module 4.1: Market Trends and Consumer Demand

11Module 4.2: Regulatory Landscape and Standards

12Module 4.3: Future Outlook and Innovations

Instructors

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^*Where courses have been offered multiple times, the “# Students” includes all students who have enrolled. The “%Recommended” shown is also based on this data.

1Module 1.1: Introduction to On-Board Charging Systems

Segment 01 - Introduction to the course & the instructor

Segment 02 - Overview of On-Board Charging Technology

Segment 03 - Evolution of On-Board Charging Systems

Segment 04 - Basic Components and Architecture

2Module 1.2: Types of On-Board Chargers

Segment 05 - Differentiating Between Charger Types

Segment 06 - Pros and Cons between Charger Types

Segment 07 - Innovations in Charger Technology

3Module 1.3: Understanding the Charging Process

Segment 08 - The Charging Cycle Explained

Segment 09 - Energy Transfer Mechanisms

Segment 10 - Safety Protocols and Standards

4Module 2.1: Designing On Board Chargers

Segment 11 - Introduction to Module 2

Segment 12 - Principles of Charger Design

Segment 13 - Addressing Design Challenges

Segment 14 - Innovations in Charger Design

5Module 2.2: System Integration

Segment 15 - Integrating Chargers with Vehicle Systems

Segment 16 - Compatibility with Different Vehicle Models

Segment 17 - User Interface and Experience

6Module 2.3: Performance and Efficiency

Segment 18 - Maximizing Charging Efficiency

Segment 19 - Reducing Charging Time

Segment 20 - Enhancing Charger Performance

7Module 3.1: Advanced Charging Technologies

Segment 21 - Introduction to Module 3

Segment 22 - Cutting-Edge Innovations in On Board Charging

Segment 23 - Wireless Charging Systems

Segment 24 - Smart Charging Solutions

8Module 3.2: Application in Different Vehicle Types

Segment 25 - On-Board Charging in Electric Cars

Segment 26 - Chargers for Commercial Vehicles

Segment 27 - The Future of Charging in Public Transport

9Module 3.3: Environmental Impact and Sustainability

Segment 28 - Eco-Friendly Charging Technologies

Segment 29 - Impact on Energy Consumption

Segment 30 - Promoting Sustainable Charging Practices

10Module 4.1: Market Trends and Consumer Demand

Segment 31 - Introduction to Module 4

Segment 32 - Current Market Dynamics

Segment 33 - Consumer Expectations and Needs

Segment 34 - Predicting Future Market Trends

11Module 4.2: Regulatory Landscape and Standards

Segment 35 - International Charging Standards

Segment 36 - Regulatory Challenges

Segment 37 - Compliance and Certification

12Module 4.3: Future Outlook and Innovations

Segment 38 - Emerging Technologies in On Board Charging

Segment 39 - Future Directions in Charging Infrastructure

Segment 40 - Anticipating the Next Big Breakthrough

Segment 41 - Wrap-up & key takeaways

Prasanthkumar Palani

I am an Automotive Homologation Engineer, Premium Udemy Instructor, and EV Battery Pack Product/Process Safety Assessor based in Coimbatore, Tamil Nadu, India. With extensive experience spanning over several years, I specialize in various facets of automotive engineering, particularly in the testing and certification processes of automotive vehicles and components. My expertise encompasses a range of skills acquired through both professional endeavors and rigorous training experiences. Throughout my career, I have honed my proficiency in diverse areas such as powertrain modeling and control using MATLAB/SIMULINK, battery sizing, thermal management design, and optimization of REESS for meeting target design requirements. Additionally, I possess a comprehensive understanding of automotive development processes and excel in sourcing powertrain and chassis level components from domestic and international suppliers worldwide. Moreover, my expertise extends to coordinating the testing and validation of electric powertrains and vehicles in adherence to international and national regulatory requirements. I am well-versed in international regulations such as ECE, FMVSS, CMVSS, KMVSS, USCAR, GB, and IEC standards, along with a strong knowledge of functional safety standards according to ISO 26262. With a focus on high-voltage system design for electric and hybrid vehicle applications, I bring a wealth of knowledge and hands-on experience to the table, ensuring comprehensive and meticulous attention to safety and compliance standards.

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