Alessio Di Fatta

Also published under:I. A. Di Fatta, A. Di Fatta

Affiliation

Department of Engineering, L.E.PR.E. H.V. Laboratory, University of Palermo, Italy

Topic

Partial Discharge,Temperature Gradient,Space Charge,Electric Field Profile,Clustering Algorithm,Corona Discharge,DC Voltage,Electric Field Distribution,Electric Field Values,Insulation System,Type Of Discharge,Charge Accumulation,Charge Density,Electric Distribution,Measurement Setup,Power Devices,Silicon Carbide,Ultra-wideband,Voltage Levels,Acoustic Waves,Activation Release,Amplitude Range,Application Of Voltage,Charge Measurements,Charge Profiles,Conductive,Correlation Matrix,Cross-correlation,Current Id,Current Source,Density-based Clustering,Dielectric Layer,Drain Current,Field Profile,Gate-source Voltage,Greater Amount Of Information,HVDC Cable,Healthy Specimens,Hierarchical Clustering Algorithm,High Voltage,High Voltage Direct Current,High Voltage Direct Current Cable,Junction Temperature,Load Current,Maximum Field,Mineral Oil,Noise Rejection,Number Of Discharges,Outer Radius,Output Feature,

Biography

Alessio Di Fatta received the master’s degree in electrical engineering from the University of Palermo, Palermo, Italy, in 2022. He is currently pursuing the Ph.D. degree with the Department of Engineering, University of Palermo. His research interests include HVDC systems, partial discharge measurement and pattern recognition algorithms, space charge accumulation, and insulating systems diagnosis.