In the context of the development of new power systems,a three-dimensional spatio-temporal adaptation assessment model based on grid satisfaction,spatio-temporal resources,and effectiveness improvement is proposed to address the problems of distribution network planning and construction,the adaptability of key distribution network technologies to the space and time in which they are applied,and the difficulty of quantifying application defects.Subjective assignment in hierarchical analysis is improved using continuous interval ordered weighted average operator,and the problem of bias of the single assignment method is solved by the introduction of a subjective-objective combination assignment method constructed by the conflicting correlation among criteria method.The degree of affiliation of each indicator is determined using the fuzzy integrated evaluation method and the evaluation level is then obtained.The case studies show that the proposed method can quantify the degree of fit between the key technologies of the distribution network and the space-time,identify the adaptability of the key technologies to different space-times and the degree of satisfaction of the application of the technologies in different space-times,and reveal the weaknesses of the key technologies of the distribution network,which can help improve the efficiency and effectiveness of the investment in the distribution network and better serve the high-quality development of the economy and society.
关键词
时空资源度/三维空间立体评价/组合赋权/薄弱项分析/连续区间数据有序加权平均算子
Key words
spatio-temporal resources/three dimensions space evaluation/combination of empowerment/analysis of weaknesses/continuous interval argument-ordered weighted averaging(C-OWA)operator
维普
万方数据