As power systems (PS) move toward smart grids and microgrids in modern times, complexity
eventually rises as a result of integration with various distributed energy resources, demand …

In modern power systems, efficient ground fault line selection is crucial for maintaining
stability and reliability within distribution networks, especially given the increasing demand …

Faults in distribution networks occur unpredictably, causing a threat to public safety and
resulting in power outages. Automated, efficient, and precise detection of faulty sections …

In an islanded microgrid, the balance between power generation and consumption is
considered as an indicator for assessing its security, if this equilibrium is not created in the …

Due to the existence of different branches in the electricity distribution network and only
available voltage and current information at the beginning of the line and lack of access to …

In this paper, in order to locate the fault in the transmission network, a discrete wavelet
transform is used to extract the fault characteristics from the zero-sequence current, in order …

The common droop method is one of the most effective methods for controlling power-
sharing in islanded microgrid. Due to the dependence of the active and reactive power on …

The study of “fault rapid detection and resolution” in the power network is particularly
important in sensitive areas of the network. Today, the use of distributed generation in the …

Fault localization is a key task on power systems operation and maintenance. When it
comes to distribution networks, the problem is especially challenging due to the non …

Nowadays, phasor measurement units have many applications in the power network. Fault
location using the network's impedance matrix and phasor measurement units (PMU) is a …