FACTS devices play a vital role in improving the static as well as dynamic performance of the power systems. However the type, location and rating of the FACTS devices play a major role in deciding the extent to which the objective of improving the system performance is achieved in a cost effective manner. In this work an objective function comprising of cost, line loadings and load voltage deviations is proposed to tap maximum benefits out of their installation and the weights assigned to them decide their relative importance. The impact of installing TCSC, SVC, TCSC-SVC and UPFC in minimizing the formulated objective has been analyzed in enhancing security, under increased system loading conditions. Keywords: FACTS devices, PSO, WIPSO, BB...
The application of Particle Swarm Optimization (PSO) technique to find optimal location of Flexible ...
This Paper deals with optimal location of FACTS devices in a power system network to achieve Optimal...
This paper presents an approach for the optimal placement of FACTS devices. The devices considered a...
AbstractNowadays power systems are heavily loaded and are being operated in ways not originally envi...
In deregulated operating regime power system security is an issue that needs due thoughtfulness from...
This paper presents FACTS device allocation for market-based power systems. The purpose of the FACTS...
One of the stressed the power system is increased loading condition, often lead to the system is no...
This paper compares three heuristic methods (SA, TS and GA) applied to the optimal location of FACTS...
This paper is an attempt to develop a multi-facts device placementin deregulated power system using ...
Flexible AC Transmission Systems (FACTS) controllers with its ability to directly control the power ...
This paper proposes an approach to optimally allocate FACTS devices based on Expected Security Cost ...
ABSTRACT Mechanism of power system operations become more complex due to the increasing load demand ...
This paper presents a study on optimal location and sizing of multiple FACTS devices based on Partic...
In contemporary power system studies, the optimal allocation and utilisation of Flexible AC Transmis...
In this paper, Evolution Strategies (ES) is used to find optimal placement of FACTS devices in power...
The application of Particle Swarm Optimization (PSO) technique to find optimal location of Flexible ...
This Paper deals with optimal location of FACTS devices in a power system network to achieve Optimal...
This paper presents an approach for the optimal placement of FACTS devices. The devices considered a...
AbstractNowadays power systems are heavily loaded and are being operated in ways not originally envi...
In deregulated operating regime power system security is an issue that needs due thoughtfulness from...
This paper presents FACTS device allocation for market-based power systems. The purpose of the FACTS...
One of the stressed the power system is increased loading condition, often lead to the system is no...
This paper compares three heuristic methods (SA, TS and GA) applied to the optimal location of FACTS...
This paper is an attempt to develop a multi-facts device placementin deregulated power system using ...
Flexible AC Transmission Systems (FACTS) controllers with its ability to directly control the power ...
This paper proposes an approach to optimally allocate FACTS devices based on Expected Security Cost ...
ABSTRACT Mechanism of power system operations become more complex due to the increasing load demand ...
This paper presents a study on optimal location and sizing of multiple FACTS devices based on Partic...
In contemporary power system studies, the optimal allocation and utilisation of Flexible AC Transmis...
In this paper, Evolution Strategies (ES) is used to find optimal placement of FACTS devices in power...
The application of Particle Swarm Optimization (PSO) technique to find optimal location of Flexible ...
This Paper deals with optimal location of FACTS devices in a power system network to achieve Optimal...
This paper presents an approach for the optimal placement of FACTS devices. The devices considered a...