Introduction to Battery Technology for Electric Vehicle

Contribute to the Future with Introduction to Battery Technology for Electric Vehicle

Introduction to Battery Technology for Electric Vehicle is the perfect course for you to help shape the world's future. The course will give you an understanding of electrochemistry, battery management systems, mathematical modelling, battery-related terminology, charging and discharging mechanisms used in electric vehicles, thermal management, and how they are relevant to modern lithium-ion battery packs.

This course is one of the best online battery technology courses for students with mechanical, automotive, and electrical engineering backgrounds as the field is new, and the demand for professionals is much higher than the number of candidates available.

Who Should Take the Introduction to Battery Technology for Electric Vehicle Course?

This battery management system online course is primarily designed for students from mechanical, automotive, electrical, and electronics branches of engineering. These students are the ones who can benefit the most from the course as it is directly related to the electronics and automotive industries.

The electric car batteries course requires students to have a fundamental understanding of electrical and electronics engineering, which could have been part of their high school syllabi or the syllabus of the first few months of their engineering course.

However, the course is a viable option for freshers looking for a battery management system course for electric vehicles and hybrid vehicles. Anyone at an early stage of learning about batteries and battery systems used in electric and hybrid automobiles should consider enrolling in the course as it will help them unlock their potential in the field.

What Will You Learn?

Unlike many other battery technology courses, this course enables you to study according to your schedule and start your journey to efficient learning. In this EV battery course, you will learn about the inner workings of electric and hybrid vehicle batteries. You will learn electrochemistry, the process of charging and discharging, thermal management, the design and functionality of a battery management system for an electric vehicle, how to create a battery pack, and mathematical modelling and simulation in MATLAB and Simulink.

The course will groom you for the Electric Vehicle industry by teaching you about choices of battery chemistry and different combinations of cathodes and anodes used for lithium-ion batteries. You will learn the process of constructing battery packs for electric vehicles. You will also understand how they are similar to battery packs commonly used in laptops.

In the latter part of the course, you will learn about ways to lower battery temperatures, types of temperature sensors, vehicle range estimation, battery-pack pricing, recent trends in the electric vehicle segment, recyclability, and how to recycle lithium-ion batteries.

Skills You Will Gain

• The ability to use MATLAB and Simulink to create and simulate mathematical models.
• The ability to construct a battery pack using knowledge of electrochemistry and energy.
• Both active and passive ways of cell balancing to avoid overheating or overcharging of batteries.

Key Highlights of the Program

• Besides the course completion certificate for all participants, the top 5% of learners get a merit certificate.
• The course teaches you about the electrical characteristics of batteries such as capacity, impedance, depth of discharge, state of charge, state of health, safety, and life cycles of batteries.
• It educates you about other energy sources like fuel cells, ultracapacitors, and flywheels.
• It shows you how to design a modern battery management system and information about installing, testing, and troubleshooting battery management systems.

Career Opportunities after Taking the Course

After completing this course, you can get a job as a technician in the solar energy or EV  battery manufacturing industry. You will be qualified for positions in the automotive, portable power, and electrical energy storage sectors.

You can also take this course if you plan to pursue an MS degree or a PhD because the knowledge and skills you acquire from this course are sought-after by universities that offer these degrees.

FAQs on Introduction to Battery Technology for Electric Vehicle

1) Which software skills will I learn after completing this course?

By the end of this course, you will learn how to use MATLAB and Simulink to create mathematical models and simulations.

2) Why should I enroll in this program?

The Introduction to Battery Technology for Electric Vehicle course teaches you how electric vehicle manufacturers use lithium-ion batteries and how you can create a battery management system yourself.

3) Which companies make use of the techniques taught in this course?

This technology is used by electric vehicle manufacturers like Tata, Hyundai, Mahindra, and Tesla. Solar power system manufacturers and companies dealing in consumer electronics also use this technology.

4) What are the features of this course?

This course will teach you the concepts of energy and electrochemistry, mathematical modelling and simulation, battery management systems, and thermal management to avoid mishaps.

5) What are the requirements for this course?

Although students of mechanical, automotive, electrical, and electronics engineering backgrounds are preferred, anyone with an understanding of electrical and electronics engineering along with a fundamental understanding of circuit design can enrol in this course.

6) Who are the professors in this course?

The course is taught by industry experts who are employees of fortune 500 companies. You will be provided with pre-recorded lectures and weekly assignments to gauge your growth.

7) What does this course teach about battery management systems?

The course takes you through the topic of battery management systems like a beginner. Afterwards, you are taught how to design and deploy battery management systems.

8) What knowledge will I gain about battery packs from this course?

You can learn about different battery modules and battery pack systems through this course. It will teach about different assembly methods that are used in the industry, along with an understanding of cell-level protection systems. You will also understand the difference between full-battery electric vehicles and HEV.

9) What if I need more time than others to complete this course?

We offer a lifetime access plan for the course designed for people who can not complete the course in a short amount of time.