NIST Releases Framework for Smart Grid Standards

Thursday, March 08, 2012

This document, Release 2.0 of the NIST Framework and Roadmap for Smart Grid Interoperability Standards, details progress made in Phases II and III of NIST’s three-phase plan since the establishment of the Smart Grid Interoperability Panel (SGIP) in November 2009.

“The listed standards have undergone an extensive vetting process and are expected to stand the test of time as useful building blocks for firms producing devices and software for the Smart Grid, as well as for utilities, regulators, academia, and other Smart Grid stakeholders,” the report states.

WHAT’S INCLUDED IN RELEASE 2.0

Chapter 1, “Purpose and Scope,” outlines the role of NIST with respect to the Smart Grid, defines key concepts and priorities discussed in the document, identifies potential uses of the document, and describes the basic content of the document.

Chapter 2, “Smart Grid Visions,” provides a high-level description of the envisioned Smart Grid and describes major organizational drivers, opportunities, challenges, and anticipated benefits.

Chapter 3, “Conceptual Architectural Framework,” presents a set of views (diagrams) and descriptions that are the basis for discussing the characteristics, uses, behavior, interfaces, requirements, and standards of the Smart Grid. Because the Smart Grid is an evolving networked system of systems, the high-level model provides guidance for SSOs developing more detailed views of Smart Grid architecture.

Chapter 4, “Standards Identified for Implementation,” presents and describes existing standards and emerging specifications applicable to the Smart Grid. It includes descriptions of selection criteria and methodology, a general overview of the standards identified by stakeholders in the NIST-coordinated process, and a discussion of their relevance to Smart Grid interoperability requirements.

Chapter 5, “Smart Grid Interoperability Panel,” presents the mission and structure of the SGIP. The SGIP is a membership-based organization established to identify, prioritize, and address new and emerging requirements for Smart Grid standards. Working as a public-private partnership, the SGIP provides an open process for stakeholders to interact with NIST in the ongoing coordination, acceleration, and harmonization of standards development for the Smart Grid.

Chapter 6, “Cybersecurity Strategy,” provides an overview of the content of the NIST Interagency Report 7628, Guidelines for Smart Grid Cyber Security (NISTIR 7628), and outlines the go-forward strategy of the Cybersecurity Working Group (CSWG). Cybersecurity is now being expanded to address the following: combined power systems; information technology (IT) and communication systems in order to maintain the reliability of the Smart Grid; the physical security of all components; the reduced impact of coordinated cyber-physical attacks; and the privacy of consumers.

Chapter 7, “Testing and Certification,” provides details on an assessment of existing Smart Grid standards testing programs, and it offers high-level guidance for the development of a testing and certification framework. This chapter includes a comprehensive roadmap and operational framework for how testing and certification of the Smart Grid devices will be conducted.

Chapter 8, “Next Steps” contains a high-level overview of some of the currently foreseen areas of interest to the Smart Grid community, including electromagnetic disturbance and interference, reliability and “implementability” of standards.

Download the full NIST Framework for Smart Grid Interoperability Standards here:

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SCADA
Industrial Control Systems
SCADA NIST Utilities Cyber Security Attacks Smart Grid report Infrastructure Guidelines Standards National Security
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