The complexity in the power system topology, together with the new paradigm in generation
and demand, make achieving an adequate level of supply quality a complicated goal for …

This paper proposes a fault-location method based on smart feeder meters with voltage sag
monitoring capability. The main idea is to explore voltage measurements from monitors …

This paper proposes a new impedance-based technique to locate all fault types in
distribution networks with/without distributed generators. A new procedure to form an …

In this paper, a comprehensive review on methods for voltage sag source location is
presented and also nine generalized methods using positive sequence phasors …

This paper proposes a novel method for fault location in distribution networks using
compressive sensing. During fault and prefault voltages are measured by smart meters …

Distributed generations (DGs) with power electronic devices and their control loops will
cause distortion to the fault currents and result in errors for power frequency measurement …

This paper introduces a novel method for single and simultaneous fault location in
distribution networks by means of a sparse representation (SR) vector, Fuzzy-clustering, and …

This paper proposes a fault-section location method based on sparse measurements, aimed
at asymmetrical faults. A virtual current vector is defined to indicate the faulted section, which …

The Thevenin impedance seen at a load bus is an important parameter for power system
planning and operation. This paper presents a new algorithm to track the impedance …

Power quality (PQ) problems, including voltage sag, flicker, and harmonics, are the main
concerns for the grid operator. Among these disturbances, voltage sag, which affects the …