An urban energy data management and operation monitoring method

Abstract

An urban energy data management and operation monitoring method is provided. The method includes mining urban energy data and establishing hierarchical management model of urban energy data; by selecting the evaluation index and applying the analytic hierarchy process to establish the index evaluation model and other steps. The invention has the advantages that the energy data types can be comprehensively mined, a complete energy data management system can be constructed, and the functions thereof can be added at the application layer according to the needs of the energy department. Furthermore, taking the construction of international energy model city as the goal, the quantitative index system which can objectively evaluate the urban energy development status is given, and the reasonableplanning suggestions for urban energy reform are provided.

Description

technical field [0001] The invention belongs to the technical field of energy big data application, and in particular relates to a method for urban energy data management and operation monitoring. Background technique [0002] The goal of "model cities for international energy transformation and development" states that my country's urban energy transformation is gradually advancing, which puts forward new requirements for energy data management and operation monitoring systems. The existing energy data management and operation monitoring system cannot take into account all kinds of energy data. Most of them only examine the energy development level in the industry. The obtained data results cannot fully and objectively reflect the overall energy development status of the city. In addition, when selecting evaluation indicators, Still focus on the reliability of energy supply, energy scale, energy intensity and other issues, which cannot meet the new needs of "innovative, gre...

AI Technical Summary

Problems solved by technology

The existing energy data management and operation monitoring system cannot take into account all kinds of energy data. Most of them only examine the energy development level in the industry. The obtained data results cannot fully and objectively reflect the overall energy development status of the city. In addition, when selecting evaluation indicators, Still focus on the reliability of energy supply, energy scale, energy intensity and other issues, which cannot meet the new needs of energy reform "innovation, green, high efficiency, openness and sharing"

Therefore, it is necessary to innovate the energy data management system and energy data evaluation system, but there is still a lack of effective methods

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