Electrochemical Potassium Storage 1st Edition

Grasp the future of rechargeable energy with Electrochemical Potassium Storage, 1st Edition by Yang Xu—a definitive, accessible guide that brings potassium-ion battery research into clear focus for scientists, engineers, and advanced students.

This book opens with a concise overview of the electrochemical fundamentals that make potassium an attractive alternative to lithium, then moves into in-depth discussion of electrode materials, electrolyte design, cell architectures, and characterization techniques. Yang Xu combines rigorous theory with practical insights on performance metrics, cycle life, rate capability, and scaling considerations—bridging academic study and industrial application.

Ideal for researchers and professionals across materials science, electrochemistry, and energy storage industries worldwide—including academic labs and commercial R&D teams in Asia, Europe, and North America—this 1st Edition serves as both a textbook and a hands-on reference. Clear diagrams, comparative analyses, and forward-looking commentary on challenges and commercialization pathways help readers evaluate potassium-based solutions for grid storage, portable electronics, and emerging mobility markets.

Whether you’re surveying alternatives to lithium-ion systems or designing next-generation cells, this book equips you with the knowledge to innovate confidently. Add Electrochemical Potassium Storage, 1st Edition by Yang Xu to your professional library and stay at the forefront of battery technology. Order your copy today and accelerate your work in sustainable energy storage.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.