Add to ORKGPrintIn this paper, both Distributed Generators (DG) and capacitors are allocated and sized optimally for improving line loss and reliability. The objective function is composed of the investment cost of DGs and capacitors along with loss and reliability which are converted to the genuine dollar. The bus voltage and line current are considered as constraints which should be satisfied during the optimization procedure. Hybrid Particle Swarm Optimization as a heuristic based technique is used as the optimization method. The IEEE 69-bus test system is modified and employed to evaluate the proposed algorithm. The results illustrate that the lowest cost planning is found by optimizing both DGs and capacitors in distribution networks
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Determination of the placement and rating of transformers and feeders are the main objective of the ...
The installation of distributed generation (DG) can be used to minimize the total power loss in the ...
Abstract — In this paper, both Distributed Generators (DG) and capacitors are allocated and sized op...
In this paper, a new comprehensive planning methodology is proposed for implementing distribution ne...
In this paper, a comprehensive planning methodology is proposed that can minimize the line loss, max...
In this paper, a comprehensive planning methodology is proposed that can minimize the line loss, max...
Technology advancement, the drive to reduce environmental pollution and energy security concern, hav...
In this paper, the optimal location and output power of Distributed Generators (DGs) along with the ...
Abstract—In this paper, an integrated methodology is proposed for planning distribution networks in ...
Abstract — This paper presents multi-objective function for optimally determining the size and locat...
Line losses are the most significant challenge faced by Pakistan's energy department. 6.5% of the co...
The presence of optimized distributed generation (DG) with suitable distribution network reconfigura...
Minimization of real power loss and improvement of voltage authenticity of the network are amongst t...
Distributed Generation (DG) placement on the basis of minimization of losses and maximization of sys...
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Determination of the placement and rating of transformers and feeders are the main objective of the ...
The installation of distributed generation (DG) can be used to minimize the total power loss in the ...
Abstract — In this paper, both Distributed Generators (DG) and capacitors are allocated and sized op...
In this paper, a new comprehensive planning methodology is proposed for implementing distribution ne...
In this paper, a comprehensive planning methodology is proposed that can minimize the line loss, max...
In this paper, a comprehensive planning methodology is proposed that can minimize the line loss, max...
Technology advancement, the drive to reduce environmental pollution and energy security concern, hav...
In this paper, the optimal location and output power of Distributed Generators (DGs) along with the ...
Abstract—In this paper, an integrated methodology is proposed for planning distribution networks in ...
Abstract — This paper presents multi-objective function for optimally determining the size and locat...
Line losses are the most significant challenge faced by Pakistan's energy department. 6.5% of the co...
The presence of optimized distributed generation (DG) with suitable distribution network reconfigura...
Minimization of real power loss and improvement of voltage authenticity of the network are amongst t...
Distributed Generation (DG) placement on the basis of minimization of losses and maximization of sys...
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Determination of the placement and rating of transformers and feeders are the main objective of the ...
The installation of distributed generation (DG) can be used to minimize the total power loss in the ...