Li-ion Battery System design in EV & ES by Skill Lync: Fee, Duration, How to Apply

Quick Facts

particular	details
Medium of instructions English	Mode of learning Self study	Mode of Delivery Video and Text Based

Course overview

The Battery System design for EV & ES using Matlab Online Course is a 12 week long course available on the Skill-Lync learning platform. The course will cover all subsystems of the battery system and equip learners with the skills required for designing battery systems using Matlab for the Electric Vehicle or Electric Storage industry.

The Battery System design for EV & ES using Matlab Certification Course is suitable for electrical engineering aspirants who are interested in conducting an in-depth study of battery systems. The course can be opted by both freshers and professionals who wish to learn about the applications of battery systems

The Battery System design for EV & ES using Matlab Live Course is delivered through online videos and industry projects that convey the topics effectively. After completion of this specialized course, all learners will receive a certificate of completion and 5% of learners will get a chance to win the merit certificate.

Course and certificate fees

Fees information

₹ 40,000

The course fees for Li-ion Battery System design in EV&ES is -

Head	Amount
Fees	Rs. 40,000

certificate availability

Yes

certificate providing authority

Skill Lync

Who it is for

The course can be opted by freshers, engineering students, or professionals who wish to build a career in the field of Electric vehicles, Electric Storage or Battery Systems.
The course will be beneficial for anyone who wishes to do research work, projects or attend a job interview based on Battery Systems utilized in Electric Vehicle and Energy Storage applications.

What you will learn

Knowledge of matlab Knowledge of electronics Knowledge of engineering

After completing the Battery System design for EV & ES using Matlab Classes, you will gain knowledge about the following topics:

Introduction to Li-ion battery
Electrical cell model
Battery aging
Battery pack design and modelling
Battery pack modelling using MATLAB
Cell Testing methods
Battery Management System
Cell Voltage and temperature measurement
Cell balancing
Battery pack range calculation using Microsoft Excel
Thermal management System for Lithium ion battery
Battery pack safety

The syllabus

Week 1 - Introduction to Li-ion Battery

Li-ion Battery – An Introduction, Advantages
Voltage, Current, Watts, Ampere-hour, Watt-hour
Structure of a Li-ion cell, Evolution of the Li-ion cells, Li-ion cell chemistries

Week 2 - Safety Operating Area of Li-ion

Electrical Cell Model
- Identifying RC Value of Cell using MATLAB
- SOC Estimation using the RC Value

Week 3 - Battery Pack Design

Identifying Number of Cells in Series and Parallel
Battery Aging
Peak Load Optimization
Importance of Mechanical Enclosure

Week 4 - Battery Pack Modelling

Cell Testing Methods and Techniques
Battery pack Modelling
Battery Charging Topologies
Fast Charging

Week 5 - Introduction to Battery Management System

Need of BMS
Features of BMS
Architecture of BMS

Week 6 - Battery Management System

Individual Cell Voltage Measurement
Charge and Discharge Current Measurement
Cell Temperature Measurement
BMS Fault Safety Features

Week 7 - Battery Management System

MOSFET Switching Profile
Cell Balancing
- Passive Cell Balancing
- Active Cell Balancing

Week 8 - SOC Measurement in Battery System

Voltage Translation SOC Measurement
Coulomb Counting SOC Measurement
Combination of Voltage Translation and Coulomb Counting

Week 9 - BMS Communication

Types of Communication
- RS485 Communication Protocol
- CAN Communication Protocol

Week 10 - Battery Pack Range Estimation

Standard Drive Cycle
Vehicle Dynamics for Range Estimation
Battery Pack Range Calculation using Microsoft Excel
Battery Performance for Acceleration

Week 11 - Thermal System

Introduction to Thermal Management System for Li-ion battery
Need for TMS
Types of Thermal Cooling System
Design Calculations for Li-ion Battery Cooling System

Week 12 - High Voltage Lithium-ion Battery Electrical Safety

High Voltage Battery Pack Shock
Hazard Classification of Batteries
Shock Hazard Signs
Fire Extinguish Methods
Thermal Runaway
Li-ion Battery Fire Extinguish
Guidelines

Admission details

Follow the steps below to enroll in the Battery System design for EV & ES using Matlab Course:

Step 1: Go to the official website by clicking on the URL given below -

https://skill-lync.com/electrical-engineering-courses/battery-system-design-ev-es-matlab

Step 2: Click on the "Enroll Now" option provided on the course page.

Step 3: Select a suitable payment package and unlock access by submitting your name, email id and phone number.

How it helps

The Battery System design for EV & ES using Matlab Certification Benefits are listed below:

The course will help learners gain a deep level understanding of the basics of battery systems through industry-specific projects and case studies.
Through the training sessions, learners will understand the steps involved in designing battery systems with the help of software tools like Matlab and MS Excel.
Through the course, learners will be introduced to the real-world applications of battery management systems, battery modelling, and cell testing techniques.

FAQs

What is the total duration of the Battery System design for EV & ES using the Matlab course?

The Battery System design for EV & ES using Matlab Online Course can be completed within 12 weeks duration.

In which companies will I get to work with the skills taught in the course?

The course will equip learners with the necessary knowledge and skills required to seek jobs in electric vehicle companies and battery technology companies.

Where can I access the Battery System design for EV & ES using the Matlab Training course?

The Battery System design for EV & ES using Matlab Online Course can be accessed on the Skill-Lync learning platform.

Will I get placement support after Battery System design for EV & ES using Matlab course completion?

No, the Battery System design for EV & ES using Matlab Certification Course does not offer placement support to candidates.

Will the Battery System design for EV & ES using Matlab Certification Course help me for MS or Phd studies?

Yes, the subject expertise gained through the course will help you explore research topics and real-world case studies from an industrial point of view.