Introduction to Ion Absorption and Intercalation in Batteries

As the world transitions to renewable energy, understanding the core physical processes inside modern batteries is essential for engineers and researchers alike. This course provides a clear, math-supported foundation in how ions move and store energy within materials. You will transition from basic chemical concepts to a practical understanding of how energy storage systems operate at the microscopic level. * Understand the thermodynamic principles of ion absorption and insertion * Analyze the kinetics of intercalation reactions in battery electrodes * Explore phase transformations and solid-solution behavior during battery cycling * Learn to model charge transfer processes using fundamental transport equations * Evaluate modern battery chemistry trends, including solid-state systems and lithium alternatives You will begin with essential definitions and foundational thermodynamic concepts before moving into kinetic models, transport equations, and real-world electrode behaviors. This structured text-only approach ensures you build a solid theoretical framework step by step. This course is designed for beginners in electrochemical engineering, undergraduate chemistry or engineering students, and professionals transitioning into the energy storage sector. No advanced background in electrochemistry is required. Start reading today to build a strong foundation in electrochemical energy systems.