Lithium-Ion Batteries - From Chemistry to Engineering

Explore the world of lithium-ion batteries and gain a deep understanding of their engineering! This comprehensive course provides a detailed look at one of the most crucial energy storage technologies driving the future of sustainable energy. Ideal for engineers, scientists, and anyone interested in battery technology, this course unravels the science behind Li-ion batteries and their diverse applications.

You'll learn how lithium-ion batteries function and their role in powering electric vehicles, portable electronics, and renewable energy systems. Our curriculum offers a step-by-step introduction, covering key areas:

• Basics of Energy Storage: Understand the broad impact of energy storage technologies, exploring different types, applications, and major industry players.
• Electrochemistry Fundamentals: Build a strong foundation in electrochemistry, essential for comprehending battery technology.
• Battery Setup & Performance: Discover the vital components of a lithium-ion battery and how factors like temperature and charging speed impact its performance.
• Cell Components Deep Dive: Examine each component and material within a Li-ion battery, including their requirements, pros, cons, and current research trends. Learn how to tailor cells for specific applications.
• Li-ion Battery Manufacturing: Explore the manufacturing process, different cell types, and crucial safety considerations.
• Economics of Battery Storage: Analyze the battery development roadmap, material costs, supply chain risks, and future trends in energy storage economics.

By completing this course, you'll be equipped to discuss the operational principles of Li-ion batteries, the materials they utilize, key performance parameters, safety protocols, manufacturing processes, and economic factors. Gain the knowledge to excel in your work and studies related to energy storage and battery engineering.