Fundamentals of Lithium-Ion Battery Technology

As industries shift toward electrification and renewable energy storage, understanding the core engineering principles of lithium-ion batteries has become an essential skill. This text-only course provides a clear, comprehensive foundation in the chemistry, architecture, and operational mechanics of modern battery systems. You will transition from grasping basic electrochemical concepts to understanding how individual cells are integrated into safe, high-performance battery packs. Learn to analyze key performance metrics, evaluate thermal management strategies, and implement modern safety standards. What you'll learn: Understand the fundamental electrochemistry and materials behind lithium-ion cells; Analyze battery management system (BMS) architectures and state-of-charge estimation algorithms; Evaluate thermal runaway risks and current mitigation technologies; Compare different cell formats, chemistries, and manufacturing processes; Practice calculating energy density, cycle life, and efficiency metrics; Explore modern battery trends including solid-state concepts and sustainable recycling practices. The course begins with essential terminology and cell chemistry basics before guiding you through pack design, management systems, and safety testing protocols. This course is designed for engineers, technical project managers, and energy professionals who are new to battery technology and want a solid technical foundation. Start building your expertise in energy storage technology today.