Lithium-ion battery innovation takes a leap forward with the Journal of The Electrochemical Society (JES)’s illuminating new article, “Main Ageing Mechanism of SiOx-Graphite Anodes during Fast Charging in the Absence of Lithium Deposition,” by Hao-Chen Hsiao, Alexander Adam, Daniel Goldbach, Yichen Dai, Jiahao Li, Thomas Waldmann, and Markus Hölzle.
This study rigorously uncovers the primary aging culprit—the irreversible loss of over 20 percent of cyclable lithium after just 400 equivalent full cycles—even when lithium plating is absent.
By elegantly combining advanced fast-charging protocols with meticulous post-mortem analyses (think SEM, EDS, and XPS), the authors deliver crystal clear insights into how capacity fade arises from deep-rooted lithium inventory loss—not surface plating. This breakthrough not only advances our understanding of SiOx-graphite composite behavior, but also charts a strategic path toward more resilient, fast-chargeable anodes.
As the energy storage field races toward higher performance and faster charging, this article stands out as a model of technical rigor and clarity—a perfect example of the cutting-edge scholarship and depth that make JES a premier venue for battery research.
If you’re pushing the boundaries of electrochemistry, innovating in battery materials, or unraveling the molecular mysteries at electrode interfaces, JES is an ideal home for your best work. With its reputation for high-impact publications, robust peer review, and a global scientific community readership, publishing in JES means your findings can truly accelerate progress—just as this article does.
Read more Conference abstract Full article in JES