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Feasibility Study Of Distribution System In Jiyang Area

Posted on:2017-10-19Degree:MasterType:Thesis
Country:ChinaCandidate:W Q ZhangFull Text:PDF
GTID:2322330512451854Subject:Electrical engineering
Abstract/Summary:PDF Full Text Request
Distribution system is closely related with the user's life, directly affect the living quality of residents and the power efficiency of power supply enterprise, thus itis very necessary to study the feasibility of the distribution system.Based on the feasibility of the theory, the feasibility of jiyang distribution grid is studied;with the model of fault consequence analysis method,the feasibility of Jiyang County 10kV power network was calculated,and remedy solution was put forward for the found problems.This paper mainly introduces the concept of feasibility analysis of distribution system,establishes the evaluation model of the feasibility of the power supply system using the mathematical modeling method,marked all indexes in the model,check the feasibility index of power supply system,gives the formula of various models.The focuses are on the following:1?A case of distribution line selected fromJiYang a distribution network, the line model was build, model analysis method was applied to analyze the various indicators of the line, so as to estimate the possible values of the line.2?The feasibility of the regional distribution system was calculated, the feasibility indexes was based on t the fault information, components fault table,outage times and electricity supply efficiency,can make the grid repair and maintenance to obtain a more adequate basis,so that the power grid enterprise planning more targeted.3?Electricity failure and the cause of the accident in the area was analyzed and the historical operation data was studied to find out the corresponding solutions,to urge relevant departments to carry out the rectification. Based on past history operation data to find the presence rules of the power grid failure,to help the power grid improvement project and plan to be revised and improved,so as to strengthen technical detection and troubleshooting activities.
Keywords/Search Tags:Power distribution network, Power distribution system, Failure mode, Consequences analysis
PDF Full Text Request
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