David D Sturm

Title: The Innovative Mind of David D. Sturm

Introduction

David D. Sturm, an inventive mind based in Kent, WA, has made noteworthy contributions to the realm of power monitoring and loss prevention systems. With a focus on enhancing operational efficiency in data centers, his innovative work stands out in the technology landscape.

Latest Patents

David D. Sturm holds one patent titled "Facility Power Backstopping System for Power Monitoring and Power Loss Prevention." This patent outlines a sophisticated system designed to monitor power flow in primary power systems, such as those found in data centers. The invention utilizes actuators installed in lower-level components, like tap boxes of a power busway, to analyze high-frequency power flow data. The system can determine if power levels approach thresholds that may trip higher-level circuit breakers, thereby leading to power loss. By redirecting discrete loads to a reserve power system when needed, his design effectively prevents power outages and enhances the reliability of power distribution.

Career Highlights

Currently, David works at Amazon Technologies, Inc., where he leverages his expertise in power systems to develop innovative solutions that promote operational resilience in data centers. His work not only reflects his deep understanding of electrical engineering but also his commitment to advancing technology that can support crucial infrastructure.

Collaborations

Throughout his career, David has collaborated with talented professionals, including Nigel Martin McGee and Eamonn Delaney. These partnerships have played a significant role in fostering creativity and driving innovation within his projects, ultimately contributing to the successful development of his patent.

Conclusion

David D. Sturm's contributions to the field of power monitoring and loss prevention have established him as a forward-thinking inventor in the technology sector. His patent, along with his collaborative efforts at Amazon Technologies, Inc., underscores the importance of innovative solutions in ensuring the reliability and efficiency of modern infrastructure. As the demand for advanced power management systems continues to grow, David's work will likely play a crucial role in shaping the future of power systems.