Generation contingencies in a power system lead to under-frequency and low voltages
owing to active and reactive power deficiencies. Load shedding is considered as a last …

Load shedding is considered as a last alternative to avoid the cascaded tripping and
blackout in power systems during generation contingencies. It is essential to optimize the …

This paper presents new intelligent-based technique namely Quantum-Inspired Evolutionary
Programming-Artificial Neural Network (QIEP-ANN) to predict the amount of load to be shed …

Load shedding is an emergency strategy that mitigates substantial mismatch between the
generation and the loads. It generally sustains system stability during/after severe …

Voltage instability is characterized by loss of a stable operating point due to reactive power
deficiency, which causes a drop of voltage profile in significant part of the system. The …

Real and reactive power deficiencies due to generation and overload contingencies in a
power system may decline the system frequency and the system voltage. During these …

During generation and overload contingencies in a power system, the system voltage and
frequency will decline due to the deficiency of real and reactive powers. Consequently …

Prezentowana rozprawa dotyczy nowej klasy metod ewolucyjnych Sztucznej Inteligencji,
czerpi acych inspiracje zarówno z ewolucji biologicznej, jak iz teoretycznych podstaw …

Evolutionary and swarm optimization methods such as Genetic Algorithm (GA), Evolutionary
Programming (EP) and Particle Swarm Optimization (PSO) have been used extensively in …

The optimal steady state load shedding problem that uses the sum of squares of the
difference between the connected active and the reactive load and the supplied active and …