Alberto Borghetti

Professor

University of Bologna

Italy

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About

Alberto Borghetti is a Professor at the University of Bologna, Italy. His research focuses on power systems, energy management in local energy communities, and the optimization of electric vehicle (EV) infrastructure. Recent contributions include works on privacy-preserving energy management strategies, voltage optimization in distribution networks, and innovative methods for islanding detection in power distribution systems.

Articles (17)

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2025

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2025

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2021

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2021

Collaborators (7)

Fabio Tossani

University of Bologna

ITALY

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Carlo Alberto NUCCI

University of Bologna

ITALY

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Francisco Jurado

Full Professor

Universidad de Jaén

SPAIN

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Mario RUSSO

Professor in Electric Power Systems

University of Cassino and Southern Lazio

ITALY

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STEFANO LILLA

Adjunct Professor

Università di Bologna - Università di Bologna

ITALY

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Marcos Tostado-Véliz

Professor (assistant)

Universidad de Jaén

SPAIN

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Kazuyuki Ishimoto

JAPAN

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Alberto Borghetti

Research Interests

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About

Articles (17)

How Can Energy Communities Be Part of the Urban Energy Transition?: A Focus on Electrical Perspectives

Privacy-preserving energy management in local energy communities with EVs – An enhanced benders-like solution strategy

Enhancing voltage optimization in distribution networks through flexible operation of EV parking lots

Voltage Regulation Service Pricing in Cyber-Physical Distribution Networks With Multi-Dimensional Meteorological Uncertainties

Coordinated Design of Power System Stabilizer and Virtual Inertia Control Using Modified Harris Hawk Optimization for Improving Power System Stability

Flexibility modeling for parking lots with multiple EV charging stations

Estimating flashover occurrence in distribution lines: A novel approach focused on the current-peak-to-distance ratio

Evaluation of lightning-originated stress on distribution class surge arresters

μPMU-based islanding detection method in power distribution systems

Coordinated planning of charging swapping stations and active distribution network based on EV spatial‐temporal load forecasting

Provision of reactive power services by energy communities in MV distribution networks

Intra-day scheduling of a local energy community coordinated with day-ahead multistage decisions

A New Calculation Method of the Lightning Electromagnetic Field Considering Variable Return Stroke Velocity

Direct Lightning Performance of Distribution Lines with Shield Wire Considering LEMP Effect

Three-Phase State Estimation of a Low-Voltage Distribution Network with Kalman Filter

A New Transient-Based Earth Fault Protection System for Unearthed Meshed Distribution Networks

A distribution network planning model considering neighborhood energy trading

Collaborators (7)

Fabio Tossani

Carlo Alberto NUCCI

Francisco Jurado

Mario RUSSO

STEFANO LILLA

Marcos Tostado-Véliz

Kazuyuki Ishimoto

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