Orderly power utilization decision method of user on the basis of fuzzy analytic hierarchy process

Abstract

The invention provides an orderly power utilization decision method of a user on the basis of a fuzzy analytic hierarchy process. The orderly power utilization decision method comprises the following steps: determining a comprehensive assessment index system of the orderly power utilization value of the user; calculating the weight of the orderly power utilization value assessment of the user by each index system; obtaining the relevant power grid operation data of each index, and collating and analyzing the data; calculating the orderly power utilization comprehensive value of the user; and according to a calculation result, optimizing an orderly power utilization decision. The orderly power utilization decision method comprehensively reflects the applicability and the importance degree of the user, considers the fairness and the scientificity of an orderly power utilization scheme from a user side and is favorable for realizing the optimal configuration of resources and improving efficiency. A fuzzy analytic hierarchy algorithm improves an expert judgment matrix, forms a fuzzy consistency judgment matrix, combines a normalization method or a root method with a characteristic vector method and comprehensively applies quantized basic data in the orderly power utilization information of the user, an analysis result of the orderly power utilization value of the user can be better matched with the practical situations of the user through expert assignment, and the objectivity of an assessment result is enhanced.

Description

technical field [0001] The invention belongs to the technical field of power grid informationization, and specifically relates to a value evaluation method for users' orderly power consumption based on fuzzy hierarchical analysis. Background technique [0002] At present, the characteristics of electric loads are undergoing tremendous changes. The peak load has increased significantly, the peak-to-valley difference has been increasing, the system load rate has continued to decline, and the problem of load-related power shortages has gradually become prominent. It is necessary to strengthen power demand side management and carry out orderly power consumption to balance power supply and demand, save resources and protect the environment. [0003] Orderly electricity consumption is essentially the redistribution of various electricity loads in time, and load shaping is carried out by means of shifting and avoiding peaks, so as to eliminate the gap between supply and demand, con...

AI Technical Summary

Problems solved by technology

The existing orderly power consumption decision-making optimization model is ideal for peak shifting, ignoring the influence of users' orderly power consumption value on the p...

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