This paper proposes a novel heuristic algorithm that aims to determine the best size and location of distributed generators in unbalanced distribution networks. The proposed heuristic algorithm can deal with the planning cases where power loss is to be optimized without violating the system practical constraints. The distributed generation units in the proposed algorithm is modeled as voltage controlled node with the flexibility to be converted to constant power factor node in case of reactive power limit violation. The proposed algorithm is implemented in MATLAB and tested on the IEEE 37 -node feeder. The results obtained show the effectiveness of the proposed algorithm
With the rise of concerns about environment and depleting energy resources, a significant penetratio...
This paper investigates feeder reconfiguration in balanced and unbalanced networks and presents an e...
In this paper, an approach combining analytical method for the distributed generator (DG) sizing and...
This paper proposes a novel heuristic algorithm that aims to determine the best size and location of...
To minimize power losses, it is important to determine the location and size of local generators to ...
This paper presents a modified firefly algorithm for optimal placement and sizing of voltage control...
This paper proposes a method for optimizing the location and size of Distributed Generators (DGs) ba...
Distributed Generators is being implemented in the distribution network to improve the performance o...
This paper proposes an optimization technique for distributed generation (DG) sizing in power system...
A Radial Distribution network is important in power system area because of its simple design and red...
Distributed Power generation has gained a lot of attention in recent times due to constraints associ...
A novel approach for voltage and reactive power control in active distribution networks is proposed ...
Power loss of a distribution system can be reduced significantly by using optimum size and location ...
We propose novel techniques to find the optimal location, size, and power factor of distributed gene...
This paper presents novel separate methods for finding optimal locations, sizes of multiple distribu...
With the rise of concerns about environment and depleting energy resources, a significant penetratio...
This paper investigates feeder reconfiguration in balanced and unbalanced networks and presents an e...
In this paper, an approach combining analytical method for the distributed generator (DG) sizing and...
This paper proposes a novel heuristic algorithm that aims to determine the best size and location of...
To minimize power losses, it is important to determine the location and size of local generators to ...
This paper presents a modified firefly algorithm for optimal placement and sizing of voltage control...
This paper proposes a method for optimizing the location and size of Distributed Generators (DGs) ba...
Distributed Generators is being implemented in the distribution network to improve the performance o...
This paper proposes an optimization technique for distributed generation (DG) sizing in power system...
A Radial Distribution network is important in power system area because of its simple design and red...
Distributed Power generation has gained a lot of attention in recent times due to constraints associ...
A novel approach for voltage and reactive power control in active distribution networks is proposed ...
Power loss of a distribution system can be reduced significantly by using optimum size and location ...
We propose novel techniques to find the optimal location, size, and power factor of distributed gene...
This paper presents novel separate methods for finding optimal locations, sizes of multiple distribu...
With the rise of concerns about environment and depleting energy resources, a significant penetratio...
This paper investigates feeder reconfiguration in balanced and unbalanced networks and presents an e...
In this paper, an approach combining analytical method for the distributed generator (DG) sizing and...