At present, automating a distributing system is an efficient means of providing a trustworthy system. There is a rising attention in the quantitative assessment of power system reliability worth and its application to cost-benefit evaluation in power system planning. Therefore, this paper takes care of automating a system using two stage restorations (partial automation). It formulates a feeder automation system using the idea of optimal placement of switches that can be applied to electrical

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... stribution systems for high economictechnical efficiency. Reliability is effectively analyzed and evaluated when feeder automation is applied to distribution and its worth is subsequently assessed. Moreover, it looks into a case study involving reliability and economic evaluation of Urban, Rural and Industrial Feeders and illustrates a most feasible conclusion.