This paper presents an anticipatory load shedding methodology which determines optimum
load shedding at selected buses under emergency based on voltage stability. Accurate load …

The growing demand for electricity and the restructuring of power markets is forcing the
power industry to change the way that power systems are planned and operated …

Differential evolution (DE), a simple evolutionary algorithm which shows superior
performance in global optimization. Since it utilizes the differential information to get the new …

This paper presents an algorithm for anticipatory control of load bus voltages. The algorithm
optimizes a set of reactive power control variables and maximizes reactive reserve available …

This paper proposes a methodology to optimize the load curtailments necessary to restore
the equilibrium of operating point by accounting for operating and stability inequality …

With the increasing consumption of electric energy, how to improve the capacity of
transmission lines within safe margins is an urgent problem to be solved. This paper …

Voltage stability is a major concern while designing a foolproof power network. In recent
years deregulated environment put an additional pressure on transmission and distribution …

The problem of Maximum Loadability of power systems is addressed in this paper using a
proposed dynamic JAYA algorithm. The maximum loadability problem is a typical …

In the modern power systems, maximum load margin (MLM) plays an important role from the
point of view of system stability. The knowledge of MLM helps the system operator to take …

This paper presents an algorithm to calculate optimum load shedding with voltage stability
consideration based on sensitivity of proximity indicator using genetic algorithm (GA) …