This paper presents a new robust optimization technique for distribution network configuration, which can be regarded as a modification of the recently developed genetic algorithm. The multi-objective genetic algorithm has been applied to this problem to optimize the total cost while simultaneously minimize the power loss and maximize the voltage profile. The IEEE 69-bus distribution network is used in the tests, and test results have shown that the algorithm can determine the set of optimal nondominated solutions. It allows the utility to obtain the optimal configuration of the network to achieve the best system with the lowest cost
Distributed generation (DG) is in rising attention in power systems as a solution to environmental a...
Power distribution network reconfiguration is achieved by opening or closing sectionalizes and tie s...
In distributed generation (DG) selection and installation problem in distribution networks to promot...
Electrical energy is an essential ingredient for the industrial and all-round development of any cou...
Abstract-Over 50 years Malaysia is using the same power transmission channel from the colonial of th...
One of the biggest problems that a distribution network (DN) must face is the constant increase in l...
AbstractThis paper describes the implementation of an algorithm which predicts optimum reconfigurati...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
Over 50 years Malaysia is using the same power transmission channel from the colonial of the Britis...
Power distribution networks typically have tie and sectionalizing switches whose states determine th...
Reconfiguration of an electrical power radial distribution network is aimed at finding a radial oper...
In this paper, a Non-dominated Sorting Genetic Algorithm-II (NSGA-II) based approach is presented fo...
Distributed generation (DG) is in rising attention in power systems as a solution to environmental a...
Power distribution network reconfiguration is achieved by opening or closing sectionalizes and tie s...
In distributed generation (DG) selection and installation problem in distribution networks to promot...
Electrical energy is an essential ingredient for the industrial and all-round development of any cou...
Abstract-Over 50 years Malaysia is using the same power transmission channel from the colonial of th...
One of the biggest problems that a distribution network (DN) must face is the constant increase in l...
AbstractThis paper describes the implementation of an algorithm which predicts optimum reconfigurati...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
In this paper, an optimal placement undertaken by the DGs in radial distribution system was presente...
Over 50 years Malaysia is using the same power transmission channel from the colonial of the Britis...
Power distribution networks typically have tie and sectionalizing switches whose states determine th...
Reconfiguration of an electrical power radial distribution network is aimed at finding a radial oper...
In this paper, a Non-dominated Sorting Genetic Algorithm-II (NSGA-II) based approach is presented fo...
Distributed generation (DG) is in rising attention in power systems as a solution to environmental a...
Power distribution network reconfiguration is achieved by opening or closing sectionalizes and tie s...
In distributed generation (DG) selection and installation problem in distribution networks to promot...