The problem of ameliorating the voltage and mitigating power loss in electrical networks is a task that ought to be solved optimally. In this paper a novel way for locating FACTS devices optimally in a multi machine power system employing Partial Swarm Optimization and Genetic Algorithm (GA) is presented. By assessing the proposed method, the location of FACTS controllers, different type and rated values can be optimized simultaneously. Also, the proposed approach goals to evaluate the number of devices and their ratings in optimal way with the help of the optimization technique with the thermal and voltage limits taken into consideration. Various conditions of loading in the power system are taken into account during this method. The explo...
This paper presents Genetic Algorithm (GA) based approach for the allocation of FACTS (Flexible AC T...
Improvement of power system performance in terms of increased voltage profile and decreased transmis...
One of the stressed the power system is increased loading condition, often lead to the system is no...
This Paper deals with optimal location of FACTS devices in a power system network to achieve Optimal...
Abstract--This paper is aimed toward the optimal location of FACTS devices with the purpose of impro...
Abstract—This paper presents a genetic algorithm to seek the optimal location of multi-type FACTS de...
Transmission systems are prone to contingency conditions that would either occur using a generator o...
It is not possible to use the full capacity of the transmission lines due to voltage limitations and...
The application of Particle Swarm Optimization (PSO) technique to find optimal location of Flexible ...
In deregulated operating regime power system security is an issue that needs due thoughtfulness from...
WOS: 000394984100008This paper presents genetic algorithm optimization method with a suitable object...
In this paper to set the parameters of FACTS devices, genetics and particle swarm optimization with ...
This thesis present a genetic algorithm based method for placement of FACTS devices for voltage prof...
The introduction of flexible AC transmission system (FACTS) in a power system reduces the losses, re...
This paper is an attempt to develop a multi-facts device placementin deregulated power system using ...
This paper presents Genetic Algorithm (GA) based approach for the allocation of FACTS (Flexible AC T...
Improvement of power system performance in terms of increased voltage profile and decreased transmis...
One of the stressed the power system is increased loading condition, often lead to the system is no...
This Paper deals with optimal location of FACTS devices in a power system network to achieve Optimal...
Abstract--This paper is aimed toward the optimal location of FACTS devices with the purpose of impro...
Abstract—This paper presents a genetic algorithm to seek the optimal location of multi-type FACTS de...
Transmission systems are prone to contingency conditions that would either occur using a generator o...
It is not possible to use the full capacity of the transmission lines due to voltage limitations and...
The application of Particle Swarm Optimization (PSO) technique to find optimal location of Flexible ...
In deregulated operating regime power system security is an issue that needs due thoughtfulness from...
WOS: 000394984100008This paper presents genetic algorithm optimization method with a suitable object...
In this paper to set the parameters of FACTS devices, genetics and particle swarm optimization with ...
This thesis present a genetic algorithm based method for placement of FACTS devices for voltage prof...
The introduction of flexible AC transmission system (FACTS) in a power system reduces the losses, re...
This paper is an attempt to develop a multi-facts device placementin deregulated power system using ...
This paper presents Genetic Algorithm (GA) based approach for the allocation of FACTS (Flexible AC T...
Improvement of power system performance in terms of increased voltage profile and decreased transmis...
One of the stressed the power system is increased loading condition, often lead to the system is no...