OPTIMUM DISTRIBUTED GENERATION PLACEMENT
Journal Title: International Research Journal in Global Engineering and Sciences - Year 2016, Vol 1, Issue 3
Abstract
This paper presents a formulation for the optimum Distributed Generator (DG) placement which considers minimization of the line loss, a technical factor, and minimization of installation and maintenance cost, an economical factor. The problem is configured as a constrained optimization problem, where the optimal number of DGs, along with their sizes and bus locations, are simultaneously obtained. This problem has been solved using Genetic Algorithm(GA), a traditionally popular stochastic optimization algorithm. A 33-bus radial distribution system is considered as the case study where the effectiveness of the proposed algorithm is demonstrated.
Authors and Affiliations
Raghul Kumar, Dalio Rani M
Mark Announcement System to Reduce Workload in Continuous Student Monitoring
The “ANNOUNCEMENT SYSTEM” is designed Using visual Studio .NET. The coding language is Visual basic .NET and Microsoft Access as backend .The project involves Student marks, reviews, notifications to their parents mobil...
Cost Benefit Analysis in Intrusion Detection System
Assessing the cost-benefit tradeoff of a network intrusion detection system requires an understanding of the effectiveness of the system and the cost of its employment. In this paper, we propose a cost-benefit analysis m...
Role of Self-Help Groups in Empowering Tribes of Nilgiris District
Self-help groups are small informal association of the poor created at the grass root level for the purpose of enabling members to reap economic benefits out of mutual help and joint responsibility. Self-help groups are...
Automatic Blackboard Erasing Mechanism
The automatic blackboard erasing mechanism is mainly designed for cleaning board without any manual effort. Cleaning board manually may some medical problems likes coughing because of allergy to the chock dust, asthma ma...
OPTIMUM DISTRIBUTED GENERATION PLACEMENT
This paper presents a formulation for the optimum Distributed Generator (DG) placement which considers minimization of the line loss, a technical factor, and minimization of installation and maintenance cost, an econo...