Eming Guo

Title: Eming Guo: Innovator in Composite Silicon Negative Electrode Materials

Introduction

Eming Guo is a prominent inventor based in Guangdong, China. He has made significant contributions to the field of battery technology, particularly in the development of advanced materials for lithium-ion batteries. With a total of two patents to his name, Guo's work focuses on enhancing the performance and longevity of battery components.

Latest Patents

Guo's latest patents include innovative technologies that improve the efficiency of silicon negative electrodes. The first patent, titled "Composite Silicon Negative Electrode Material, Preparation Method and Use," describes a three-layer structure that includes a nano silicon core, a nano composite layer, and a conductive carbon layer. This design effectively reduces volume expansion, maintains high conductivity, and enhances lithium ion mobility, resulting in improved cycle performance. The second patent, "Carbon Matrix Composite Material, Preparation Method Therefor and Lithium Ion Battery Comprising Same," details a carbon matrix composite material that integrates micron-sized soft and hard carbon with a nano-active material, optimizing battery performance.

Career Highlights

Eming Guo is currently employed at Btr New Material Group Co., Ltd., where he continues to innovate in the field of battery materials. His work is characterized by a focus on practical applications and industrial production processes, making his inventions not only groundbreaking but also commercially viable.

Collaborations

Guo collaborates with notable colleagues, including Peng He and Min Yue, who contribute to his research and development efforts. Their teamwork enhances the innovation process and fosters a collaborative environment for technological advancement.

Conclusion

Eming Guo's contributions to battery technology through his innovative patents demonstrate his commitment to improving energy storage solutions. His work is paving the way for more efficient and durable battery materials, which are essential for the future of energy technology.