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Reviewing the new IEEE C37.250 Guide for Engineering, Implementation, and Management of System Integrity Protection Schemes (TR101)

Chair: Gene HennebergMembers and Contributors: Yi Hu,Robin Byun,Fernando Calero,Peiman Dadkhah,Alfredo De La Quintana, Ramakrishna Gokaraju, Erin Jessup, Vahid Madani,Mehrdad Majidi,Dean Miller,Wladimir Quishpe

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08 Sep 2022

This paper summarizes the IEEE Std C37.250TM-2020, “IEEE Guide for Engineering, Implementation, and Management of System Integrity Protection Schemes” (SIPS). SIPS have been widely used to address power system reliability and other power system operating problems. In the recent past, regulatory authorities such as NERC have developed reliability requirements that several types of SIPS, e.g. RAS, UVLS and UFLS, must meet. This new guide is the first that provides a comprehensive collection of the practical concepts and approaches used to engineer, implement, and manage highly dependable and secure SIPS to meet such regulatory reliability requirements. High reliability is critical for SIPS to avoid cascading outages, equipment damage from unanticipated power system conditions beyond equipment emergency ratings, voltage collapse, angular instability, or other system problems beyond clearing of equipment faults. In addition, the Guide outlines design processes and considerations that will facilitate continued SIPS operation, maintenance, and modifications over the life of the scheme.

Chairs:
Chair: Gene Henneberg
Primary Committee:
Power System Relaying and Control Committee (PSRC)
Sponsor Committees:
Prepared by the Power System Relaying Committee,System Protection Subcommittee,C42 Working Group

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