Evaluation method of smart power grid integration demonstration project

Abstract

The invention discloses an evaluation method of a smart power grid integration demonstration project, which comprises the following steps that 1) a plurality of indexes for evaluating the to-be-evaluated smart power grid integration demonstration project serve as index layers; classification layers are set for the indexes in the index layers according to influence differences between the indexes and total objects of object layers; 2) significance weight numbers of the specific indexes, relative to the total objects, of the index layers and the classification layers are calculated by an analytic hierarchy method; evaluation scores of the indexes are calculated by a multi-stage fuzzy integration evaluation method; and 3) based on a result of Step 2), the evaluation scores of the indexes in the same layer are multiplied by the sum of the significance weight numbers of the indexes relative to the total objects, that is total scores of the to-be-evaluated smart power grid integration demonstration project are obtained. The method can forecast a popularization and application effect of the demonstration project in advance, and saves the expenses.

Description

technical field [0001] The invention relates to an evaluation method of a power system, in particular to an evaluation method of a smart grid comprehensive demonstration project. Background technique [0002] According to the strategic deployment of the State Grid Corporation of China, two batches of 21 categories and a total of 228 smart grid pilot projects have been fully launched and are progressing smoothly, and some projects have achieved important phased results. With the vigorous advancement of smart grid construction, in order to ensure the advanced nature, applicability and orientation of pilot projects, and to sum up experience and learn lessons in a timely manner, the comprehensive evaluation of smart grid pilot (demonstration) projects has become an indispensable, Long catch tireless work. China's smart grid construction plan has been formed. For the upcoming large-scale smart grid construction, an effective evaluation system is especially needed to guide or cor...

AI Technical Summary

Problems solved by technology

China's smart grid construction plan has been formed. For the upcoming large-scale smart grid construction, an effective evaluation system is especially needed to guide or correct the construction process. However, there is currently no comprehensive evaluation method for smart grid comprehensive demonstration projects. There is only research on evaluation methods for some sub-projects, the evaluation of technical, economic and social benefits is not comprehensive enough, and the display of evaluation results is not intuitive enough

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