The oscillatory behaviour of the power system is an aspect that is significantly affected by the
increasing integration of converter-based generation sources. Several works address the …

This paper reviews the existing developments in Security Constrained Optimal Power Flow
(SCOPF) from 1960's to till date. Diverse schemes and approaches on Single Area/Multi …

Modern distribution systems and microgrids must deal with high levels of uncertainty in their
planning and operation. These uncertainties are mainly due to variations in loads and …

Earlier research has shown that adding wind generation to a network can lower the total
annual operating cost by displacing conventional generation. At the same time, the …

It is widely agreed that optimal procurement of reserves, with explicit consideration of system
contingencies, can improve reliability and economic efficiency in power systems. With …

A specialized genetic algorithm applied to the solution of the electric grid interdiction
problem is presented in this paper. This problem consists in the interaction of a disruptive …

This paper presents a mathematical modeling approach by which to solve the power flow
and state estimation problems in electric power systems through a mathematical …

There are a wide range of activities in the power systems area that depend critically on the
availability of tools which enable decision-makers to properly allocate and value system …

The inherent variability of wind generation may 1) increase the operating costs of the
conventional generators used to follow the net load not supplied by wind capacity (ie due to …

Transmission Network Expansion Planning (TNEP) problem that considers security
constraints through Weighted Transmission Loading Relief (WTLR) nodal indexes. Small …