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The University of Tennessee

Power Information Technology Laboratory

Min H. Kao Department of Electrical Engineering and Computer Science

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Power IT Lab » Research


Research Areas

Bulk Grid Model Development and Model Reduction

Dynamic Model ReductionDynamic Model Reduction Eastern Interconnection 2030 Dynamic Model DevelopmentEastern Interconnection 2030 Dynamic Model Development
Interconnection-wide Grid Security AssessmentInterconnection-wide Grid Security Assessment Measurement Data-driven Model for Large GridMeasurement Data-driven Model for Large Grid
Model Validation Using FNETGridEye DataModel Validation Using FNETGridEye Data Real-time PMU Simulator for the Extra-high Voltage GridReal-time PMU Simulator for the Extra-high Voltage Grid
Virtual Power Grid InitiativeVirtual Power Grid Initiative Measurement-based model reduction techniqueMeasurement-based model reduction technique
GridPortal-An Automatic Substation Layout Display ToolGridPortal-An Automatic Substation Layout Display Tool Transmission network Co-Simulation Framework with Multiple SoftwareTransmission network Co-Simulation Framework with Multiple Software
Frequency Response Assessment and Improvement of Three Major North American Interconnections in High PV PenetrationFrequency Response Assessment and Improvement of Three Major North American Interconnections in High PV Penetration PR100 PSSE Model Validation for Frequency StabilityPR100 PSSE Model Validation for Frequency Stability
Grid Strength Assessment of Eastern Interconnection with High Renewable PenetrationGrid Strength Assessment of Eastern Interconnection with High Renewable Penetration Study on Structure Susceptibility to Penetrating Electromagnetic RadiationStudy on Structure Susceptibility to Penetrating Electromagnetic Radiation