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  1. Courses
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  3. Innovations in Lithium Battery Technology

Innovations in Lithium Battery Technology

This course unpacks the complexities of lithium battery technology, its evolution, and its pivotal role in advancing consumer electronics, electric vehicles, and renewable energy systems.

Prasanthkumar Palani
Prasanthkumar Palani
Electrical Engineering | core | 4 hours |   Published: Jul 2024
In partnership with:  Coursera

    Discussions

Overview

1KSTUDENTS*
94.9%RECOMMEND*

This course includes:

  • 4 hours of on-demand video  
  • Certificate of completion  
  • Direct access/chat with the instructor 
  • 100% self-paced online 
Embark on a dynamic journey through the realm of lithium battery technology with our course, "Innovations in Lithium Battery Tech." As the cornerstone of a sustainable future, lithium batteries power a diverse array of applications, from consumer electronics to electric vehicles and renewable energy systems. Throughout this course, learners will unravel the intricate details of lithium battery technology, delving into its evolution, manufacturing processes, and quality assurance protocols. By mastering these fundamentals, participants will be equipped to lead in the burgeoning field of green technology. Dive into the electrifying world of lithium batteries, crucial to powering a sustainable future. This course unpacks the complexities of lithium battery technology, its evolution, and its pivotal role in advancing consumer electronics, electric vehicles, and renewable energy systems. It also tackles the manufacturing processes, quality assurance, and the environmental impact of battery production, equipping learners with the knowledge to lead in the green technology arena. 

Skills You Will Gain

Battery Manufacturing
Environmental Impact
Green Technology
Lithium Battery Technology
Sustainable Energy

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

  • Identify the components and types of lithium batteries. 
  • Understand the chemical and functional principles of lithium batteries 
  • Analyze technological advancements and their implications. 
  • Evaluate the environmental and market impacts of lithium battery technology. 

Prerequisites

  • Familiarity with basic electrical concepts 
  • Understanding of environmental science principles 
  • Interest in green technology and sustainable practices 

Who Should Attend

  • Electrical Engineers 
  • Environmental Scientists 
  • Energy Storage Specialists 
  • Automotive Designers 
  • Green Technology Advocates 

Curriculum

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 Lithium Batteries
2Module 1.2: Lithium Battery Chemistry and Function
3Module 1.3: Historical Evolution of Lithium Batteries
4Module 2.1: Applications of Lithium Batteries
5Module 2.2: Technological Advancements
6Module 2.3: Challenges and Opportunities
7Module 3.1: Battery Production Processes
8Module 3.2: Embracing Automation and Technology
9Module 3.3: Supply Chain and Sustainability
10Module 4.1: Emerging Technologies
11Module 4.2: Global Impact and Market Dynamics
12Module 4.3: Envisioning the Future
Prasanthkumar Palani

Prasanthkumar Palani

Prashanthkumar is an Automotive Homologation Engineer, Premium Instructor, and EV Battery Pack Product/Process Safety Assessor based in Coimbatore, Tamil Nadu, India. With several years of extensive experience in the automotive industry, he specializes in the testing and certification of vehicles and components, with a deep focus on safety, compliance, and regulatory standards.

His expertise spans a wide range of technical domains, including powertrain modeling and control using MATLAB/SIMULINK, battery sizing, thermal management design, and optimization of Rechargeable Energy Storage Systems (REESS) to meet specific design targets. Prashanthkumar has an in-depth understanding of the automotive development lifecycle and excels in sourcing powertrain and chassis-level components from both domestic and international suppliers.

He is proficient in coordinating the testing and validation of electric powertrains and vehicles to ensure compliance with international and national regulations. His regulatory knowledge includes ECE, FMVSS, CMVSS, KMVSS, USCAR, GB, and IEC standards, as well as functional safety under ISO 26262. Additionally, he has specialized expertise in high-voltage system design for electric and hybrid vehicle applications.

Through his professional journey and educational contributions, Prashanthkumar has built a reputation for precision, safety-first engineering, and dedication to advancing electric vehicle technology in line with global standards.

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Segment 01 - Introduction to Module 1

Segment 02 - Overview of Lithium Batteries

Segment 03 - Terminologies and applications of lithium batteries

Segment 04 - Key Components of Lithium Batteries

Segment 05 - Types of Lithium Batteries

Segment 09 - Early Developments in Lithium Batteries 

Segment 10 - Milestones in Lithium Battery Technology 

Segment 11 - The Role of Innovation in Battery Evolution

Segment 06 - The Chemistry of Lithium Batteries 

Segment 07 - Electrochemical Principles 

Segment 08 - Advancements in Battery Chemistry 

Segment 22 - Introduction to Module 3

Segment 23 - Stages of Lithium Battery Manufacturing 

Segment 24 - Quality Control in Battery Production

Segment 25 - Streamlining Manufacturing Processes

Segment 12 - Introduction to Module 2

Segment 13 - Lithium Batteries in Consumer Electronics

Segment 14 - Role in Electric Vehicles

Segment 15 - Lithium Batteries in Renewable Energy

Segment 32 - Introduction to Module 4

Segment 33 - Breakthroughs in Battery Chemistry

Segment 34 - Future of Solid-State and Flow Batteries

Segment 35 - Potential of New Materials

Segment 26 - Role of Automation in Battery Manufacturing-_2

Segment 27 - AI and IoT in Production

Segment 28 - Advanced Testing and Quality Assurance

Segment 19 - Addressing Safety and Sustainability

Segment 20 - Overcoming Resource Limitations

Segment 21 - Future Trends in Battery Technology

Segment 16 - Innovations in Lithium-Ion Technology

Segment 17 - Solid-State Batteries

Segment 18 - Next-Gen Lithium Battery Technologies

Segment 39 - Future Trends in Energy Storage

Segment 40 - Challenges and Prospects for Lithium Batteries 

Segment 41 - The Road Ahead for Battery Technology 

Segment 42 - Wrap-up & key takeaways

Segment 29 - Supply Chain Challenges

Segment 30 - Sustainable Manufacturing Practices

Segment 31 - Ethical Sourcing and Recycling

Segment 36 - The Global Battery Market 

Segment 37 - New Environmental Impact and Regulations 

Segment 38 - The Role of Batteries in a Sustainable Future