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Today’s smart grid enhances the traditional transmission and distribution network with pockets of automation, connectivity, and centralized IT systems. But the grid of tomorrow, the Neural Grid, represents a vastly more powerful platform of hard and soft assets that leverage ubiquitous connectivity, the cloud, robotics, artificial intelligence (AI), edge computing, and pervasive sensing to perform a variety of energy and non-energy applications.
UTC Associate Member Navigant Research has provided its latest white paper defines this next-level grid and identifies the critical components expected to transform legacy infrastructure into a platform that will eventually support a fully mature Energy Cloud environment.
Utilities and other critical infrastructure (CI) industries around the globe are being challenged to improve service delivery while at the same time deal with security threats that aim to take down their operations. Compounding these challenges are the pressures from investors and regulatory agencies to streamline operations and reduce costs all while dealing with the complexities of a retiring workforce. To conquer these formidable challenges, critical infrastructure industries require greater visibility into their operations and are looking to leverage Machine to Machine (M2M) communications technology & communications to provide the means to increase the automation of their operations.
This paper provides a roadmap tailored to the utility space on how to successfully organize supplier management activities while addressing associated security risks. It is based on practical experience, numerous discussions with utilities and vendors, and recently published standards and best practice documents.
This paper details the challenges many power utilities are facing as they transition critical services from legacy TDM to IP/Ethernet core networks, thereby combining IT and OT traffic onto a single, converged network. While Quality of Service (QoS) is a crucial requirement that must be considered from the beginning of such a migration, this paper explains why it becomes more critical when traffic has to go through lower bandwidth links.