Optimization and Selection of Connection Modes for Urban Medium Voltage Distribution Networks
The mid-voltage distribution network within urban areas,constituting a pivotal element of the power supply system,holds utmost significance for ensuring the reliability of urban electrical provisioning.This paper undertakes a comprehensive study of optimal outcomes of wiring configurations for urban mid-voltage distribution networks,by employing a combination of analytic hierarchy process(AHP)and technique for order of preference by similarity to ideal solution(TOPSIS).This approach effectively addresses the multifaceted decision-making challenges inherent in the selection of wiring configurations for mid-voltage distribution networks.Through an analysis of commonly employed wiring configurations in urban mid-voltage distribution networks,the study elucidates a set of evaluative criteria pivotal in determining wiring configurations during the process of network construction and transformation.By introducing the integrated AHP and TOPSIS methodology into evaluation and selection of mid-voltage distribution network wiring configurations,and utilizing MATLAB programming to determine the weightings of evaluative criteria via AHP,the study sequences various wiring configurations based on their proximity and consequently derives an optimal wiring configuration.This comprehensive approach enables a thorough and systematic comparative analysis of merits and demerits of diverse wiring configurations for mid-voltage distribution networks.It offers the potential to significantly reduce the workload of planning personnel while equipping them with a scientifically comprehensive basis for making informed decisions pertaining to wiring configuration selection.
medium voltage distribution networkwiring modeanalytic hierarchy processideal approximation method
NETL
NSTL
万方数据
