Research and Application of FAHP Model Based on Entropy Weight Theory in Urban Distribution Network Construction Evaluation

Power grid enterprises generally solve the production pressure and equipment problems faced by urban distribution networks by implementing urban distribution automation systems. However, due to the complex operation indexes of their construction projects, it is difficult for the general evaluation methods to accurately provide evaluation results. To address this problem, this paper introduces the basic principle of entropy weight theory on the basis of the fuzzy analytic hierarchy process (FAHP) and proposes a fuzzy hierarchical project comprehensive evaluation model based on entropy right theory, which can not only reflect the fuzzy evaluation of engineers on uncertainty, but also quantify the subjective experience of experts. An empirical analysis was conducted on urban distribution grid construction projects, verifying the feasibility and effectiveness of this model, which can provide an effective evaluation method and decision reference for the distribution grid project construction.