For over two decades Neural Network (NN) has been applied to power system monitoring
and control. Conventional controllers suffer from certain limitations which NN as an Artificial …

The fast growth of the world's energy demand in the modernized world has stirred many
countries around the globe to focus on power generation by abundantly available …

Distance relays, in the power transmission systems, are susceptible to the maloperation
under certain system events, such as power swings and voltage instability, which drive the …

In this work, a reactive power-voltage (QV)-based framework to evaluate the voltage
instability sensitivities of power system buses to increase in renewable energy (RE) …

Zone 3 operation of distance relay serves as a remote backup in case of primary failure.
Conditions, such as power swing, load encroachment, and voltage and transient instability …

In this study, a new decision tree-based method is proposed to assess the small disturbance
(limited to load disturbance) voltage stability of power systems by only using synchronised …

Modern power system suffers voltage instability more frequently due to the increasing load.
Sensitivity analysis based preventive control is widely recognized as an effective method for …

Voltage instability is considered as a main threat to stability, security, and reliability in the
modern power systems. Prediction of voltage stability limit of multi-bus system through its …

Network reconfiguration is an operation problem, which entails altering the topological
structure of the distribution feeders by rearranging the status of switches in order to obtain an …

With the increase of power load demand and the complexity of power grid structure, the
problem of voltage stability is becoming more serious, and it is urgent to study the …