Ying Xu

Title: **Ying Xu: Innovator in Battery Health Estimation**

Introduction

Ying Xu, based in Zhenjiang, China, is a notable inventor in the field of battery technology, particularly focusing on methods for estimating the state of health (SoH) of batteries. With two patents to his name, his innovative approaches contribute significantly to the efficiency and reliability of battery systems.

Latest Patents

Ying Xu's latest patents revolve around advanced estimation methods of battery state of health. The first patent describes a method that employs a standard sample and dual-embedded decoupling mechanism for estimating battery SoH. This method involves extracting significant characteristic peaks from a standard sample, conducting mechanism parameter calibration, and providing an on-line assessment of the battery's health. The technique elucidates the dual coupling relationship between temperature and aging effects on the characteristic peak voltage within the Incremental Capacity curve through impedance analysis.

The second patent outlines an on-line estimation method of battery state of health over a wide temperature range, utilizing a 'standardized temperature.' This includes calculating the Incremental Capacity curve and establishing a quantitative relationship between temperature-sensitive voltage shifts and the state of health, using BOX-COX transformation for standardized capacity feature transformation.

Career Highlights

Ying Xu is affiliated with Jiangsu University, where he applies his expertise to research and development in battery technologies. His contributions not only enhance battery performance but also pave the way for advancements in energy storage solutions.

Collaborations

Throughout his career, Ying has collaborated with notable colleagues, including Limei Wang and Dong Lu. Their collective efforts in the field reflect a strong commitment to innovation and excellence in battery health estimation technologies.

Conclusion

Ying Xu's innovative work in battery state of health estimation methods showcases his dedication to advancing technology in energy storage. His patents reflect a significant leap towards improving the reliability and efficiency of batteries, demonstrating the impact of his contributions in both academic and practical applications.