Course level:Intermediate

Certification Course in EV Charging Technology & Battery Systems

“The Certification Course in EV Charging Technology & Battery Systems: Modeling and Simulation for Electric Vehicles” provides an in-depth understanding of battery systems and charging technologies for electric vehicles (EVs). It covers fundamental concepts of Battery Management Systems (BMS), energy consumption, battery protection, charging technologies, and advanced Vehicle-to-Grid (V2G) simulations using MATLAB Simulink. The course is designed to equip students with practical knowledge and simulation skills essential for the EV industry.

Level

Intermediate
Total Enrolled

2
Duration

12 hours 25 minutes
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

Course Curriculum

Welcome to the Course!

Module 1: Battery & Battery Management System Essentials for EV Systems
This module introduces students to the fundamentals of battery technology used in EVs. Topics covered include battery chemistry, energy storage, and power management techniques. Students will also learn about drive cycle creation and analysis for efficient energy consumption in EV battery systems.

Topic 1: Battery Essentials – Classification, Chemistry & Packaging Types

09:44
Topic 2: Battery Essentials – Configuration Types, SoC, Capacity & Limitations

09:46
Topic 3: Energy Consumption in EVs – Drive Cycle Concepts

07:53
Topic 4: Energy Consumption in EVs – Calculations

14:25
Topic 5: Demonstration of How to Make a Drive Cycle from Data

18:43
Topic 6: Battery Management Systems Part 1 – Introduction & Functions

09:57
Topic 7: Battery Management Systems Part 2 – Safe Operating Area

04:53
Topic 8: Battery Management Systems Part 3 – Electrical & Thermal Management

20:55
Topic 9: Battery Management Systems Part 4 – Capacity Management

13:07

Module 2: Modeling & Analysis of BMS Protection Systems in MATLAB-SIMULINK
Focusing on battery protection and thermal management, this module covers essential aspects such as BMS thermal anomaly detection and safety measures. Students will gain insights into passive cell balancing techniques and methods for ensuring battery longevity and performance.

Module 3: Starting with Charging Technology
This module provides an overview of EV charging technologies, including the basics of EV chargers, different energy sources for charging, and charger classifications. It also discusses charging curves, efficiency considerations, and different types of connectors used in the industry.

Module 4: Battery Considerations & EV Charging Connector Types
Students will explore battery structure, causes of thermal runaway, and various charging methods. The module also includes an in-depth study of connector types, CHAdeMO interface, temperature effects on battery performance, and discharging limitations.

Module 5: Battery Systems for Charging Considerations
This module covers battery systems used in charging technology with practical case studies. Topics include lithium-ion battery chemistry, SoC and SoH analysis, and their impact on EV performance.

Module 6: Three Phase Vehicle-to-Grid (V2G) & Grid-to-Vehicle (G2V) Systems with Adv. MATLAB-Simulink
A deep dive into three-phase bidirectional power transfer modeling, this module introduces students to advanced simulation techniques using MATLAB Simulink. It covers power quality analysis, efficiency optimization, and grid integration of V2G and G2V modes.

Module 7: Single Phase V2G & G2V Systems & Onboard Charger System with Adv. MATLAB Simulink
This module focuses on single-phase V2G systems and onboard charger modeling. Students will simulate real-world applications and evaluate the impact of different charging methods. The module concludes with a final test and project evaluation.

Topic 1: V2G & G2V System Implementation in Single Phase – Part 1

14:17
Topic 2: V2G & G2V System Implementation in Single Phase – Part 2

16:52
Topic 3: V2G & G2V Systems Implementation in Single Phase – Part 3

19:15
Topic 4: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 1

16:43
Topic 5: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 2

13:51
Topic 6: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 3

20:07
Topic 7: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 4

13:26
Topic 8: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 5

15:43

DIY Projects:

Add this certificate to your resume to demonstrate your skills & increase your chances of getting hired.

Hardware & Software Required

Hardware: Minimum: 8 GB RAM, Quad-Core Processor, and 50 GB of free disk space.

Software:

MATLAB Student Version or Professional License (with Simulink)

DIY Projects Included

Project 1: BMS and Battery Protection Systems – Modeling & Analysis

The increasing demand for efficient and reliable battery systems has made Battery Management Systems (BMS) a critical component in modern energy storage solutions. This project focuses on understanding and analyzing various battery protection mechanisms, modeling their effectiveness, and implementing strategies for improving battery performance and safety. Through this project, students will explore thermal anomalies, battery protection strategies, and passive cell balancing in lithium-ion battery systems.

Project 2: V2G 3-Phase and Single-Phase Modeling Simulation

This project aims to develop and analyze Vehicle-to-Grid (V2G) charging system models using MATLAB Simulink for both three-phase and single-phase configurations. The objective is to simulate bidirectional power fl ow between electric vehicles (EVs) and the grid, ensuring efficiency, stability, and regulatory compliance. Additionally, onboard charger modeling is incorporated to understand charging dynamics and grid interaction.

Course Benefits

For Professionals:

Enhances expertise in EV power electronics and energy management.
Opens opportunities in advanced battery technology development.
Provides hands-on experience with industry-standard simulation tools.
Strengthens understanding of regulatory standards and compliance.
Increases career prospects in the growing EV and smart grid sector.

For Freshers:

Builds a strong foundation in EV battery systems and charging.
Offers practical exposure to industry-relevant tools and concepts.
Increases employability in the electric vehicle industry.
Enables participation in research and innovation projects.
Prepares for roles in cutting-edge EV technology development.

Technical expertise you will gain

Develop MATLAB Simulink models for V2G and G2V systems.
Analyze power electronics circuits for EV chargers.
Implement BMS algorithms for battery protection and efficiency.
Understand different charging methods and their impact on battery life.
Conduct thermal analysis and energy optimization.
Evaluate EV battery performance under various driving cycles.
Design and simulate onboard charger technologies.
Ensure compliance with global EV charging standards.
Work on real-world V2G applications and smart grid integration.
Apply predictive maintenance techniques to enhance battery life.

Key Job Areas

Job Roles

Skill Sets

Companies Hiring

Key Job Areas

Job Roles

Skill Sets

Companies Hiring

Who can take this course?

This course is designed for individuals who have basic understanding of electric vehicle systems. Familiarity with MATLAB Simulink is recommended

Freshers
Professionals

Personalized Trainer Support Portal:

24/7 Access to a personalized trainer support portal.
One-on-One Mentorship for queries and project guidance.
Access to diverse resources, including recorded lectures, reading materials, and practical guides.
Dedicated forums for content discussion, insights, and project collaboration.
Regular Feedback from trainers for comprehensive understanding and improvement.

Level

Intermediate
Total Enrolled

2
Duration

12 hours 25 minutes
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

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Students

Certification Course in EV Charging Technology & Battery Systems

At a glance

Course Curriculum

Welcome to the Course!

Sign up at ev.care to access free learning materials!

Topic 1: Battery Essentials – Classification, Chemistry & Packaging Types

Topic 2: Battery Essentials – Configuration Types, SoC, Capacity & Limitations

Topic 3: Energy Consumption in EVs – Drive Cycle Concepts

Topic 4: Energy Consumption in EVs – Calculations

Topic 5: Demonstration of How to Make a Drive Cycle from Data

Topic 6: Battery Management Systems Part 1 – Introduction & Functions

Topic 7: Battery Management Systems Part 2 – Safe Operating Area

Topic 8: Battery Management Systems Part 3 – Electrical & Thermal Management

Topic 9: Battery Management Systems Part 4 – Capacity Management

Topic 1: Modeling Battery in Simulink for Thermal Anomaly Behavior Analysis – Part 1

Topic 2: Modeling Battery in Simulink for Thermal Anomaly Behavior Analysis – Part 2

Topic 3: Electrical & Voltage Protection Managment in BMS

Topic 4: Capacity Management in BMS – Passive Cell Balancing (Part 1)

Topic 5: Capacity Management in BMS – Passive Cell Balancing (Part 2)

Topic 6: Capacity Management in BMS – Passive Cell Balancing (Part 3)

Topic 1: EV Charger Basics – Revisiting Battery & BMS

Topic 2: EV Charger Basics – Definitions, Charging Methods & Classification

Topic 3: EV Chargers Based On Energy Source

Topic 4: EV Chargers Based On Installation & Power Flow

Topic 5: EV Chargers Based On Level of Charging & Cables Types

Topic 6: EV Charger Based On Phases

Topic 7: EV Charger Connectors Types & Charging Time

Topic 1: Battery Cell Structure & Causes of Thermal Runaway

Topic 2: Charging Methods

Topic 3: EV Connector Types – J1772 and Mennekes

Topic 4: EV Connector Types – CCS, CHAdeMO, GB/T & Tesla

Topic 5: Chademo Connector Interface Explained and CC-CV & CC-PV Charging Methods Flowchart

Topic 6: Battery Discharging Limitations, Safety Considerations & Role of Temperature in Battery

Topic 7: Effect of Temperature on Battery and the Concept of Lithium Plating

Module 5: Battery Systems for Charging Considerations This module covers battery systems used in charging technology with practical case studies. Topics include lithium-ion battery chemistry, SoC and SoH analysis, and their impact on EV performance.

Topic 1: Case Study Part 1

Topic 2: Case Study Part 2

Topic 3: Introduction to Battery Technology for EVs

Topic 4: Battery Cell Structure & Cell Parameters

Topic 5: Cell Parameters Contd & Other Important Terms

Topic 6: Lithium – Ion Batteries Based on Battery Chemistry Part 1

Topic 7: Lithium – Ion Batteries Based on Battery Chemistry Part 2

Topic 8: State of Charge (SOC) and State of Health (SoH)

Topic 1: V2G and G2V System Implementation in 3 Phase – Part 1

Topic 2: V2G and G2V System Implementation in 3 Phase – Part 2

Topic 3: V2G and G2V System Implementation in 3 Phase – Part 3

Topic 4: V2G and G2V System Implementation in 3 Phase – Part 4

Topic 1: V2G & G2V System Implementation in Single Phase – Part 1

Topic 2: V2G & G2V System Implementation in Single Phase – Part 2

Topic 3: V2G & G2V Systems Implementation in Single Phase – Part 3

Topic 4: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 1

Topic 5: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 2

Topic 6: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 3

Topic 7: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 4

Topic 8: Modeling & Simulation of EV Onboard Charger in MATLAB-Simulink – Part 5

DIY Projects:

Project 1: BMS and Battery Protection Systems – Modeling & Analysis

Project 2: V2G 3-Phase and Single-Phase Modeling Simulation

Congratulations on Successfully Completing the Course!

Earn a certificate

Hardware & Software Required

Associated Skills

DIY Projects Included

Course Benefits

Technical expertise you will gain

Who can take this course?

Personalized Trainer Support Portal:

At a glance

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Module 5: Battery Systems for Charging Considerations
This module covers battery systems used in charging technology with practical case studies. Topics include lithium-ion battery chemistry, SoC and SoH analysis, and their impact on EV performance.