Company Filing History:
Years Active: 2022
Title: The Innovations of Steven J Palmieri
Introduction
Steven J Palmieri is an accomplished inventor based in Plantation, FL (US). He has made significant contributions to the field of storm damage response systems, particularly in relation to critical infrastructure. His innovative approach combines advanced forecasting techniques with practical solutions for power transmission and distribution systems.
Latest Patents
One of Palmieri's notable patents is the "Ensemble forecast storm damage response system for critical infrastructure." This system includes a storm ensemble database that stores ensemble forecast models associated with potential storm paths across a geographic area. Additionally, it features an equipment database that contains data related to the location and characteristics of power-providing equipment. The storm damage model algorithm generates a storm response plan that outlines operational procedures for repairing or maintaining electric systems to mitigate storm damage impact. This is achieved by creating a probabilistic model for each ensemble forecast model and calculating a statistical impact value based on iterative probabilistic simulations.
Career Highlights
Steven J Palmieri is currently employed at Florida Power & Light Company, where he applies his expertise in storm damage response systems. His work focuses on enhancing the resilience of power infrastructure against severe weather events. With a patent portfolio that includes 1 patent, Palmieri has established himself as a key figure in the development of innovative solutions for critical infrastructure.
Collaborations
Some of Palmieri's coworkers include Brick Rule and Iliana Maria Rentz, who contribute to the collaborative efforts in advancing storm response technologies.
Conclusion
Steven J Palmieri's innovative work in storm damage response systems exemplifies the importance of integrating technology with practical applications in critical infrastructure. His contributions continue to shape the future of power transmission and distribution systems in the face of natural disasters.