Knowledge of the disturbance of the concerned bus is essential to make decisions to
mitigate voltage sags. The most commonly used method is to estimate the state of voltage …

In this research, a multiobjective optimization approach is proposed to help allocate Power
Quality (PQ) monitors in Distribution Systems (DS), focusing on: minimizing the cost of …

This paper presents an effective power quality monitor (PQM) placement method for voltage
sag assessment by utilizing quantum-inspired particle swarm optimization technique. The …

With the growing use of sensitive loads and distributed generations (DGs), power quality is
of great importance in distribution networks (DNs). Voltage sag is a significant power quality …

In order to reduce the influence of monitoring blind area caused by the uncertainty of fault
resistance on voltage sag source location in transmission line short-circuit fault, a voltage …

This paper presents a novel adaptive quantum-inspired binary gravitational search
algorithm (QBGSA) to solve the optimal power quality monitor (PQM) placement problem in …

Voltage sag state estimation focuses on estimating the number of voltage sags at
unmonitored sites. Existing methods require power quality monitors having to be allocated …

This study presents a new approach to the optimal placement of voltage sag monitors
considering the uncertainties associated with transition resistance. The influence of …

This research proposes an optimized allocation methodology of power quality (PQ) meters
in medium voltage (MV) distribution system (DS), considering the potential harmonic …

The proposed allocation methodology of Power Quality Monitors (PQMs) allows optimal
monitoring of short-duration voltage variations and potential harmonic resonance conditions …