Day: October 16, 2013

Afandi, A.N. Abstract. 2023. This paper presents an application of Harvest Season Artificial Bee Colony (HSABC) algorithm to solve an Economic Load Dispatch (ELD) of power system operation throughout a Combined Economic and Emission Dispatch (CEED) problem. The IEEE-30 bus system is adopted as a sample system for testing the problem. The simulations showed that statistical, numerical, and convergence results Read more

Afandi, A.N. Abstract. 2023. An economic power system operation (EPSO) can be expressed by a total operating cost. Technically, this payment is presented by individual cost of generating units based on a schedule of committed power outputs (CPOs) to meet a total load demand. Presently, a minimum operating cost is performed by considering an economic dispatch and an emission dispatch, Read more

Afandi, A.N. Pendahuluan. 2013. Recent years evolutionary methods are frequent used to solve optimization problems. A novel method of this group is Artificial Bee Colony (ABC) algorithm imitated foraging behavior of honeybees in nature [1]. Presently, the important challenges of the ABC are devoted to convergence speed, searching mechanism and real applications [2], [5]. As part of works to improve Read more

Afandi, A.N. Abstract. 2013. An economic power system operation (EPSO) can be expressed by a total operating cost. Technically, this payment is presented by individual cost of generating units based on a schedule of committed power outputs (CPOs) to meet a total load demand. Presently, a minimum operating cost is performed by considering an economic dispatch and an emission dispatch, Read more

Afandi, A.N., Abstract. 2023. A total operating cost of power system operation is one of the most important problem. Technically, this problem  considers fuels and emissions of generating units performed in a Combined Economic and Emission Dispatch (CEED) due to a total load demand at a certain time under some constraints. This paper compares the effectiveness of various latest methods Read more

Afandi, A.N. Abstract. 2023. This paper proposes the harvest season artificial bee colony (HSABC) algorithm, a novel improvement of the artificial bee colony (ABC) algorithm, for obtaining an economic dispatch solution of a power system based on fuels consumption and emissions produced. A standard model of the power system, the IEEE-62 bus system, is used to show the performance of Read more

Afandi, A.N. Abstract. 2013. This paper presents a new evolutionary method called in Harvest Season Artificial Bee Colony (HSABC) algorithm for solving constrained problems of Combined Economic and Emission Dispatch (CEED). The IEEE-30 bus system is adopted as a sample system for determining the best solutions of the CEED problems considered operational constraints. Running outs of designed programs for the Read more