James D Briscoe

Title: James D. Briscoe: Innovator in High-Temperature Bipolar Battery Technology

Introduction

James D. Briscoe, hailing from Westminster, Maryland, is a notable inventor known for his contributions in the field of battery technology. With a patent to his name, Briscoe's innovative research and developments focus on advancing the functionality and efficiency of bipolar batteries.

Latest Patents

Briscoe's significant patent, titled "Stacked Cell Array Bipolar Battery with Thermal Sprayed Container," presents an innovative high-temperature bipolar battery comprised of a series of stacked individual cells. The design incorporates a first thermal-sprayed electrode or electrolyte-resistant material in the form of a ceramic layer that is applied to both the exterior face and peripheral edges of the battery's metal end plates. This feature enhances the battery's integrity, minimizing the risk of electrolyte movement between cells. A second thermal-sprayed ceramic layer provides a robust containment structure, ensuring the battery's performance under high thermal conditions. Notably, the thermal-sprayed layers are designed to have similar coefficients of thermal expansion, enabling optimal performance in diverse temperature environments.

Career Highlights

Briscoe is currently associated with Saft America, a company renowned for its expertise in battery manufacturing. Throughout his career, he has demonstrated a strong commitment to innovation, focusing on the development of advanced battery technologies that promise improved safety and efficiency.

Collaborations

In his professional journey, Briscoe has collaborated with esteemed colleagues, including Mark T. Williams and Salah M. Oweis. Their combined expertise in engineering and battery technology has contributed to Briscoe's successful endeavors in inventing cutting-edge solutions.

Conclusion

James D. Briscoe's contributions to the field of bipolar battery technology exemplify the spirit of innovation. With his patented advancements, he has played a crucial role in enhancing battery performance, safety, and efficiency. The impact of his work extends beyond individual applications, paving the way for future technological advancements in energy storage systems.