Litcius/Paper detail

Toward Bulk Power System Resilience: Approaches for Regional Transmission Operators

Hong Chen, Frederick S. Bresler, Michael E. Bryson, Kenneth Seiler, Jonathon Monken

2020IEEE Power and Energy Magazine32 citationsDOI

Abstract

Extreme weather, such as hurricanes and other storms, is the primary cause of widespread power failure in the United States. Power failures can have a significant impact on our society. With the increased frequency and intensity of these extreme weather events and future risks brought on by an evolving resource mix and the increased potential for cyber- and physical attacks, beyond reliability, the resilience of the power grid is becoming more critical. The energy industry is working to improve resilience to make the grid stronger and smarter so it can better withstand disruptive events and reduce the magnitude and duration of any power failures that do occur.

Topics & Concepts

Resilience (materials science)Extreme weatherReliability (semiconductor)Electric power systemReliability engineeringStormCascading failureElectric power industryPsychological resilienceDuration (music)Power transmissionCritical infrastructureElectric power transmissionComputer sciencePower (physics)Environmental scienceElectricityEngineeringClimate changeMeteorologyComputer securityElectrical engineeringGeographyPhysicsLiteratureQuantum mechanicsPsychologyEcologyPsychotherapistThermodynamicsBiologyArtInfrastructure Resilience and Vulnerability AnalysisSmart Grid Security and ResiliencePower System Optimization and Stability