Power System Dynamic State and Parameter Estimation-Transition to Power Electronics-Dominated Clean Energy Systems. Technical Report PES-TR88.
Version 2 2024-06-05, 05:33
Version 1 2021-07-03, 10:05
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posted on 2024-06-05, 05:33 authored by Junbo Zhao, Abhinav Kumar Singh, Abdul Saleem Mir, Ahmad Taha, Ali Abur, Antonio Gomez-Exposito, AP Sakis Meliopoulos, Bikash Pal, Innocent Kamwa, Junjian Qi, Lamine Mili, MAM Ariff, Marcos Netto, Mevludin Glavic, Samson YuSamson Yu, Shaobu Wang, Tianshu Bi, Thierry Van Cutsem, Vladimir Terzija, Yu Liu, Zhenyu HuangPrepared by the Power Systems Operation, Planning and Economics (PSOPE) Committee and the Bulk Power System Operations Subcommittee.
This report of TF on dynamic state and parameter estimation aims to 1) clearly review its motivations and definitions, demonstrate its values for enhanced power system modeling, monitoring, operation, control and protection as well as power engineering education; 2) provide recommendations to vendors, national labs, utilities and ISOs on the use of dynamic state estimator for enhancement of the reliability, security, and resiliency of electric power systems.
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PES-TR88Pagination
1-86Language
engNotes
Technical reportResearch statement
Background - Contribution - Significance -Publication classification
A6 Research report/technical paperExtent
9Publisher
IEEE Power and Energy Society Resource CenterSource
Power System Dynamic State and Parameter Estimation-Transition to Power Electronics-Dominated Clean Energy SystemsUsage metrics
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Power system stabiltyPower system controlKalman filterStatic state estimation (SSE)Synchrophasor measurementsForecasting-aided state estimation (FASE)Sampled value measurementsPower system operationBad dataTR88Power system state estimationRobust estimationEnergy management SystemsIEEEconverter-based resourcesTracking state estimation (TSE)Frequency stabilityPES-TR88Voltage stabilityTR 88Parameter estimationPESState EstimationRenewable energyPower system protectionTR-88Power-system modelingDynamic state estimation
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