The large-scale interconnection of the power grid has brought great benefits to social
development, but simultaneously, the frequency of large-scale fault accidents caused by …

This paper proposes a novel two-stage hybrid domain decomposition algorithm to speed up
the dynamic simulations and the analysis of power systems that can be computationally …

This paper presents a new two stage hybrid domain decomposition algorithm that aims to
accelerate the analysis and dynamic simulations of power systems with high levels of …

Solving a significant number of differential-algebraic equations is essential for conducting
transient stability simulations on a complex and interconnected electrical power system …

A multi-objective particle swarm optimization (MOPSO) technique has been employed in this
chapter to solve economic scheduling, environmental scheduling, and both economic and …

In modern power system we are very much concern about the power quality of the existing
network, ie generating ends, distribution ends and consumer end. Now a day's power …

In this modern era of deregulated power generation monitoring mechanism of existing
network become more complex and essential. Load management, uninterrupted power …

The task of maximizing the utilization of existing facilities to secure transmission capacity has
increasingly become a crucial challenge due to delays in reinforcing and expanding …