Assessment of Reliability for Distribution Feeders on the Basis of Cost Analysis
Journal Title: Bonfring International Journal of Power Systems and Integrated Circuits - Year 2012, Vol 1, Issue 1
Abstract
In this fast growing world, automating a distributing system is an effective means of providing a reliable system. There is an increasing interest in the quantitative assessment of power system reliability worth and its application to cost-benefit evaluation in power system planning. Hence this paper deals with automating a system using two stage restorations (partial automation). It introduces a feeder automation system using the concept of optimal placement of switches that can be applied to electrical distribution systems for high economic-technical efficiency. Reliability is analyzed and evaluated when feeder automation is applied to distribution and its worth is assessed. This paper, further, looks into a case study involving reliability and economic evaluation of Urban, Rural and Industrial Feeders and draws a most probable conclusion.
Authors and Affiliations
Alekhya K, Murthy P. S. R, Bhargava C
Keywords
Related Articles
- EP ID EP109171
- DOI 10.9756/BIJPSIC.1004
- Views 105
- Downloads 0
Methods of Battery Charging with Buck Converter Using Soft-Switching Techniques
This paper is a detailed study on methods of battery charging with Buck Resonant converter using soft switching techniques like ZVS and ZCS. This study also presents the circuit configuration with the least components to...
PSO Based Optimal Placement and Setting of FACTS Devices for Improving the Performance of Power Distribution System
Power systems, under heavily loaded conditions, are at high risks of probable line outage and consequent voltage instability problem. Real power loss and voltage deviation minimization are reliable indicators of voltage...
Assessment of Reliability for Distribution Feeders on the Basis of Cost Analysis
In this fast growing world, automating a distributing system is an effective means of providing a reliable system. There is an increasing interest in the quantitative assessment of power system reliability worth and its...
One of Two Conductors in Capacitor Substitute by Mercury
Each capacitor generally consists of two conductors separated by a non-conductive region, however a great changed happened in the modern capacitors but the principle has been remained the same as the first day designed....
PMG Based Wind Energy Conversion System with Closed Loop Boost Converter
This paper presents a system in which a wind Permanent Magnet Generator (PMG) feeds an isolated load through a Closed Loop Boost Converter (CLBC). The output voltage and frequency of the PMG is variable in nature due to...