IEEE Transactions on Power Apparatus and Systems · 1981 · 96 citations · 2 references
PlanningSystems EngineeringEnergy SystemsInfrastructure Systems AnalysisRecovery PlanningInfrastructure RestorationPeak Load ManagementPower Grid AnalysisPower SystemsSystem RecoveryUtility RestorationCollapseElectricity Service RestorationGrid Restoration PlanningInfrastructure Restoration PlanningLoad Flow AnalysisService RestorationUtility Service RestorationUtility System Restoration
The extended duration of recent major power system disturbances have indicated the need for development of system restoration plans (SRP), which would minimize the time required for restoration of service. This paper presents an efficient approach to SRP, from a complete collapse under peak-and light-load conditions, developed at Potomac Electric Power Company (PEPCo). The method is based on: (a) the combined effort of operating personnel and system analysts, (b) the access to data available from the on-line computer facilities, and (c) the use of an interactive load flow program. The SRP development procedure and the results described in this paper are of general interest in that they can be adopted and applied to the other electric systems.
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Interactive computation in power system analysis
John Undrill, F. P. deMello, T.E. Kostyniak et al. · Proceedings of the IEEE · 1974 · 36 citations