In this paper, a novel optimization algorithm is presented for optimal location and sizing of Distributed Generation (DG) units on distribution systems. For this purpose, a recently based meta-heuristic called Firefly Algorithm (FA) has been employed to minimize the total active power losses. The results show a considerable improved in voltage profiles of all the buses and enhance the voltage stability index. The investigations were tested on IEEE 33 bus radial distribution system. Simulation results demonstrate the effectiveness of firefly algorithm. Comparison with another method is also given
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
Due to the increasing need for electricity, insertion of distributed generation (DG) into a distribu...
AbstractDGs are placed for the purpose of real power loss minimization and voltage improvement in di...
This paper presents a modified firefly algorithm for optimal placement and sizing of voltage control...
This paper proposes an optimization technique for distributed generation (DG) sizing in power system...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
AbstractOptimal placement and optimal sizing of Distributed Generation (DG) for the sake of reductio...
Considering the strong influence of distributed generation (DG) in electric distribution systems and...
The presence of DG in the electrical distribution network provides some benefits, such as power loss...
In order to reduce the power loss and to improve the voltage profile in the distribution system, dis...
For the purpose of improving the voltage profile and power losses reduction, this paper proposes all...
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
The optimal allocation and size of decentralized generating units are essential to minimize power lo...
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
Due to the increasing need for electricity, insertion of distributed generation (DG) into a distribu...
AbstractDGs are placed for the purpose of real power loss minimization and voltage improvement in di...
This paper presents a modified firefly algorithm for optimal placement and sizing of voltage control...
This paper proposes an optimization technique for distributed generation (DG) sizing in power system...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
AbstractOptimal placement and optimal sizing of Distributed Generation (DG) for the sake of reductio...
Considering the strong influence of distributed generation (DG) in electric distribution systems and...
The presence of DG in the electrical distribution network provides some benefits, such as power loss...
In order to reduce the power loss and to improve the voltage profile in the distribution system, dis...
For the purpose of improving the voltage profile and power losses reduction, this paper proposes all...
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
The optimal allocation and size of decentralized generating units are essential to minimize power lo...
The below paper concentrates on the efficient integration of Renewable Energy Systems as Distributed...
Due to the increasing need for electricity, insertion of distributed generation (DG) into a distribu...
AbstractDGs are placed for the purpose of real power loss minimization and voltage improvement in di...