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Research On Distribution Network Planning And Design Technology In Shijiazhuang City Center

Posted on:2019-11-17Degree:MasterType:Thesis
Country:ChinaCandidate:B WangFull Text:PDF
GTID:2382330548989357Subject:Engineering
Abstract/Summary:PDF Full Text Request
In recent years,with the development of electric power China is accelerating,Chinese grid has been the rapid development,power system operation voltage increasing,the network scale is expanding constantly in the global development of the clean,green energy situation,the construction of the energy of the Internet will become the direction of energy development in the new century.The development of power grid and planning lead,therefore,the Lean Development of power grid planning is of far-reaching significance.During the "12th Five-Year" period,through energetically implementing the upgrading and upgrading of the power grid,the power grid structure has been effectively improved and the power supply capacity has been significantly improved.However,due to various factors such as natural environment and historical problems,the power support capability is not compatible with the increasing demand for electricity.It is difficult to fully meet the demand of electricity in building a moderately prosperous society in the new situation.This thesis is based on the editor "Shijiazhuang city distribution network planning with" on the.Through the analysis of the status quo and trend of social economic development,carry out the weak link of the power grid load forecasting,diagnosis,clarify the range of power supply,optimize network structure,improve the level of equipment,pay attention to the quality of power supply,security services,problem oriented,progressive,put forward to solve the weak link of the power grid project of various strategies,and to carry out the calculation and analysis of electrical.Investment estimation,provide guidance and direction for the development of distribution network in Shijiazhuang city.
Keywords/Search Tags:power network planning, load forecasting, distribution network, power forecasting, power system
PDF Full Text Request
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