Lithium-Ion Batteries - From Chemistry to Engineering

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Sebastian Weiß

5:46:43

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1. Introduction

1. Introduction.mp4

05:52

2. Basics of Energy Storage

1. Motivation and Necessity of Energy Storage.mp4

10:55

2. Energy Storage Technologies.mp4

07:47

3. Energy Mix and Market Overview.mp4

07:19

4. Batteries in Electric Vehicles (EVs).mp4

10:58

5. Check your progress!.html

3. Electrochemistry of Batteries

1. Redox Reactions.mp4

13:32

2. Charging and Discharging Cells.mp4

07:35

3. Current and Capacity.mp4

11:40

4. Battery Parameters and Definitions.mp4

10:02

5. Check your progress!.html

4. Setup and Performance

1. Battery Setup.mp4

05:37

2. Charge and Discharge Behaviour.mp4

09:12

3. Losses during Operation.mp4

03:08

4. Activation Polarization.mp4

02:39

5. Ohmic Polarization.mp4

03:47

6. Concentration Polarization.mp4

04:31

7. Impact of Losses.mp4

03:31

8. Influence of Electrodes.mp4

03:10

9. Influence of Cell Components.mp4

03:58

10. Influence of (Dis)charge Speed.mp4

06:09

11. Influence of Temperature.mp4

02:38

12. Ageing and Degradation.mp4

07:42

13. Check your progress!.html

5. Cell Components

1. Li-ion Batteries Introduction.mp4

07:10

2. Chemical Processes during ChargeDischarge.mp4

04:43

3. Dendrites - The Anode Challenge.mp4

04:05

4. Separator.mp4

04:41

5. Electrolyte.mp4

05:26

6. Electrode Requirements.mp4

08:18

7. Types of Electrode Materials.mp4

05:02

8. Anode - Overview of Types.mp4

03:28

9. Anode - Graphite, Silicon and Li metal.mp4

11:06

10. Anode - Solid Electrolyte Interphase (SEI).mp4

08:03

11. Anode - Material Comparison.mp4

05:49

12. Cathode - Overview of Types.mp4

02:04

13. Cathode - Conversion Materials.mp4

06:51

14. Cathode - 3D Intercalation Materials (LFP, LMO).mp4

08:31

15. Cathode - 2D Intercalation Materials (LCO, NMC, NCA).mp4

15:17

16. Cathode - Material Comparison.mp4

05:50

17. Research Outlook.mp4

09:38

18. Check your progress!.html

6. Cell Manufacturing

1. Components in Electrode Manufacturing.mp4

04:40

2. Slurry Preparation and Blending.mp4

14:09

3. Coating, Drying and Calendering.mp4

08:42

4. Small-scale Cell Formats Button Cell, Cylindrical Cell.mp4

05:54

5. Large-scale Cell Formats Prismatic Cell, Pouch Cell.mp4

06:52

6. Safety of Li-ion Batteries and Thermal Runaway.mp4

09:23

7. Check your progress!.html

7. Economics of Battery Storage

1. Market Demand for Battery Storage and Roadmap.mp4

05:30

2. Cost Distribution of Battery Cells.mp4

07:14

3. Electrode Material Supply Chain and Demand.mp4

07:51

4. Electrode Material Price Development and Sourcing.mp4

06:09

5. Future Challenges.mp4

06:51

6. Next Generation of Battery Storage.mp4

05:16

7. Check your progress!.html

8. Summary

1. Summary.mp4

00:28

Description

A Breakdown of Key Aspects and a Comprehensive Look into the Chemistry, Economics and Engineering of Li-ion Batteries

What You'll Learn?

Basics of Energy Storage - Storage types, necessity of energy storage, global players, interdependence of Battery performance parameters
Electrochemistry - Fundamentals of electrochemistry to gain a deeper understanding of later discussed challenges and development goals
Setup and Performance - Battery component introduction, losses during charging/discharging, and impacts on the performance and lifetime of the Battery
Cell Components - Detailed analysis of state-of-the-art electrode materials, separator, and electrolyte
Cell Manufacturing - Essential steps to build a Battery, cell geometries, and safety considerations
Economics of Battery Storage - Challenges in Battery pricing, supply chains, material supply, development roadmaps, and R&D objectives

Who is this for?

Anyone who is interested in basic principles of Li-ion Batteries

Anyone who wants to gain a broader understanding of Li-ion Battery Chemistry and Engineering

Anyone who is interested in Renewable Energies

Anyone who aims to review and broaden material chemistry knowledge

Anyone who is interested in the economic challenges of Li-ion Batteries

More details

Description
Unlock the Secrets of Lithium-Ion Batteries and Master the Engineering Behind Them!
In this comprehensive course, you'll delve into the science and engineering of one of the most important energy storage technologies of our time.
Whether you're an engineer, scientist, or simply curious about energy storage, this course is perfect for anyone interested in the future of sustainable energy.
From the basics of lithium-ion battery chemistry to advanced material concepts, you'll understand how these batteries work and how they're used in a wide range of applications, including electric vehicles, portable electronics, and renewable energy systems.

The curriculum of this course will allow you a step-by-step introduction by covering the following topics:

Basics of Energy Storage - To grasp the wide-ranging impact of energy storage technologies, we will have a look into different types, application areas and global players.
Electrochemistry - As the foundation to understand the following chapters and the battery technology, we will cover a few simply basics of electrochemistry to get you started.
Setup and Performance - You will learn about the essential parts of any (Li-ion)Â battery and how their performance is affected e.g. by temperature, charging speed and many more.
Cell Components - Each component and material of a Li-ion battery will be discussed in detail with requirements, advantages, disadvantages and current research trends. You will understand how a cell can be tailored to individual applications.
Cell Manufacturing - We will cover the steps involved in battery manufacturing, cover typical cell types and safety aspects.
Economics of Battery Storage - You will learn about the battery development roadmap, material cost, demand, supply chain risk and future trends.
Finishing this course, you will be able to talk about the operational principle of Li-ion Batteries, employed materials, performance parameters, safety, cell manufacturing, economic aspects and many more things which help you to excel in your work and studies!
Who this course is for:
Anyone who is interested in basic principles of Li-ion Batteries
Anyone who wants to gain a broader understanding of Li-ion Battery Chemistry and Engineering
Anyone who is interested in Renewable Energies
Anyone who aims to review and broaden material chemistry knowledge
Anyone who is interested in the economic challenges of Li-ion Batteries

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Chemistry

Sebastian Weiß

Instructor's Courses

Sebastian has more than 5 years of experience in private tutoring and university education. He finished his Masters degree in Material Chemistry & Catalysis with a focus on Electrocatalysis and Battery Research. Currently, he is a PhD student and academic researcher at a university and research facility.He is passionate about online education because it offers the possibility to reach a lot of people starting from a general audience to aspiring students. His goal is to make chemistry knowledge available to everyone and share it to reach a broader understanding for everyone in their daily lives.

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