The solution of power system constraints is an important issue that has to be addressed to
achieve a fair operation of a competitive electricity market. In the Spanish electricity market …

Effective mitigation of thermal overloads is crucial in preventing power grid outages. With
large-scale adoption of phasor measurement units, new and more effective mitigation …

This paper presents a new approach for scheduling of reactive power control variables for
voltage stability enhancement using particle swarm optimization (PSO). Cost function …

The risk of transmission lines overload in the power grid is increasing with the large-scale
integration of fluctuating distributed renewable energies. Meanwhile, the requirement for …

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

This paper presents a concept overview of an automatic operator of electrical networks
(AOEN) for real-time alleviation of component overloads and increase of system static …

A multiobjective thermal power dispatch problem minimizes number of objectives viz cost
and emission together while allocating the electricity demand among the committed …

In recent years, guaranteeing that large-scale interconnected systems operate safely, stably
and economically has become a major and emergency issue. A number of high profile …

This paper presents an efficient and reliable evolutionary-based approach to solve the
optimal reactive power dispatch (ORPD) problem. Optimal reactive power dispatch is a …

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 …