Georgios Peppas

Assistant Professor

Technical University of Crete

Greece

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Dr. Georgios Peppas is an Assistant Professor at the Technical University of Crete, Greece. His research areas include surge protection, parasitic inductance, and transient voltage performance, with a focus on applications in electric vehicle charging systems and power cable technologies. Recent publications cover topics such as the impact of gamma radiation on surge protective components and the thermal properties of natural ester oil.

Articles (15)

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2025

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2025

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2025

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2022

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2022

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2022

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2021

Collaborators (4)

Thomas Tsovilis

Assistant Professor

Aristotle University of Thessaloniki

GREECE

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Ioannis Gonos

Professor

National Technical University of Athens

GREECE

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Ioannis Kaissas

Assistant Professor

Aristotle University of Thessaloniki

GREECE

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Eleftheria C. Pyrgioti

University of Patras

GREECE

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Georgios Peppas

Research Interests

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Articles (15)

Impact of Gamma Radiation on the Residual Voltage of Surge Protective Components

Dimensioning of Sheath Voltage Limiters for Single- Core Power Cables Connecting an Overhead Transmission Line to a 150 kV Substation

Determination of Parasitic Inductance of Surge Protective Devices

Fast-Front Transient Performance of Battery Packs Using Single-Cells Batteries in Various Configurations

Surge Protection of Charging Stations Against Impinging Overvoltages Due to Lightning Strikes to Incoming Medium Voltage Overhead Line

Coordination of Varistors With Transient Voltage Suppression Diodes in Automotive DC Systems

Surge Current Withstand Capability of Natural Ester Oil: A Comparison to Gas-to-Liquid Transformer Oil

Aging Impact on Relative Permittivity, Thermal Properties, and Lightning Impulse Voltage Performance of Natural Ester Oil Filled With Semiconducting Nanoparticles

Wide Frequency Response of Varistors and Coordination With Transient Voltage Suppression Diodes

An Experimental Methodology for Modeling Surge Protective Devices: An Application to DC SPDs for Electric Vehicle Charging Stations

Thermal and Dielectric Analysis of An Ester-Based MgO Nanofluid

Dielectric and Thermal Response of TiO2 and SiC Natural Ester Based Nanofluids for Use in Power Transformers

Thermal and Dielectric Performance of Ester Oil-Based Pentyl-Graphene Nanofluids

Modeling the Transient Behavior of Surge Protective Devices Connected to the DC Side of Electric Vehicle Charging Stations

Two graphical shapes based on dga for power transformer fault types discrimination

Collaborators (4)

Thomas Tsovilis

Ioannis Gonos

Ioannis Kaissas

Eleftheria C. Pyrgioti

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