Prediction analysis of fault mode sets for high permeability distributed energy distribution networks based on multivariate data

This technical abstract describes a prediction analysis methodology for fault mode sets in high-permeability distributed energy distribution networks (DEDNs). DEDNs are complex systems comprising multiple interconnected energy sources, storage units, and loads managed and controlled by intelligent devices. These systems have become increasingly important in modern electricity networks due to their ability to integrate a high share of renewable and distributed energy resources. Based on multivariate data, the proposed prediction analysis aims to identify and classify the various fault modes that can occur in high-permeability DEDNs. It includes information about the system’s operational parameters, such as voltage, current, and frequency, as well as data on weather conditions, load profiles, and the state of the network. The methodology involves collecting and pre-processing the data using suitable techniques, such as data filtering and noise removal.