Battery Modeling Volume I
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Battery Management Systems, Volume I: Battery Modeling by Gregory Plett is a rigorous academic and professional text that covers the mathematical and electrochemical foundations of lithium-ion battery modeling. It serves as the first part of a multi-volume series, providing readers with the theoretical grounding needed to design and implement effective battery management systems. The book is highly regarded in the field for its depth and clarity, though it demands a solid background in engineering and applied mathematics.
Key Features & Specs
| Content Focus | Comprehensive coverage of battery modeling techniques including equivalent-circuit models, electrochemical models, and state estimation foundations |
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| Author | Written by Gregory L. Plett, a widely respected professor and researcher in battery systems engineering at the University of Colorado Colorado Springs |
| Format | Available in hardcover and digital editions, structured as a textbook with equations, figures, and worked examples throughout |
| Technical Level | Advanced undergraduate to graduate level, requiring familiarity with linear algebra, control theory, and basic electrochemistry |
| Series Position | Volume 1 of a two-volume series; pairs with Volume II which covers state and parameter estimation methods |
| Applications | Directly applicable to EV battery systems, grid storage, and any application requiring accurate state-of-charge or state-of-health estimation |
| Publisher | Published by Artech House, a reputable publisher specializing in engineering and technology references |
Best for: This book is ideal for electrical and systems engineers, graduate students, and battery researchers who need a thorough mathematical framework for understanding and modeling lithium-ion battery behavior in real-world BMS applications.