Filling a gap in the literature, this text introduces readers to power systems, with an
emphasis on topics in modern power transmission engineering. Drawing on the author's …

Voltage stability is a paramount concern in the management of renewable-rich power
systems. As the diffusion of renewable energy sources continues to increase, accurately …

Loadability limits are critical points of particular interest in voltage stability assessment,
indicating how much a system can be stressed from a given state before reaching instability …

This paper presents an alternative methodology to obtain the precise amount of shunt
reactive power compensation in order to simultaneously reduce the total reactive power …

The optimal power flow issue is one of the most important problems faced by dispatching
engineers regarding large scale power systems. It is a particular mathematical approach of …

In today's world of rapid growth there is an increase of demand for a reliable and stable
power supply. Power utilities are pressured to cater the rising demand with the existing …

This paper presents a multiphase continuation power flow (MCPF) methodology to perform
voltage security analyses on unbalanced multiphase distribution systems. The proposed tool …

This paper presents best weight pattern evaluation approach to solve multiobjective load
dispatch (MOLD) problem which determines the allocation of power demand among the …

Loading margin denotes how close the power system is to voltage instability. This paper
presents a new technique to obtain the shortest distance to voltage instability, which …

This article presents a new efficient method for optimal placement and sizing of wind power
generators (WPG) in power networks with an objective of co** maximum loadability …