Energy management system

Abstract

The invention relates to an energy management system, comprising a data acquisition layer, a monitoring analysis layer, a diagnosis optimization layer, an energy saving synergy layer, and an integrated reporting layer. The data acquisition layer is used for collecting user energy consumption data; the monitoring analysis layer is used for analyzing the user energy consumption data and obtaining abnormal user energy consumption data; the diagnosis optimization layer is used for making an optimization scheme according to the abnormal user energy consumption data; the energy saving synergy layer is used for executing the optimization scheme, and obtaining the optimization result of the abnormal user energy consumption data; and the integrated reporting layer is used for managing a user energy consumption data report after management optimization, and returning optimized user energy consumption data to the monitoring analysis layer. The energy management system utilizes the PDCA circulating theory in the management science and combines with a management and technical means compatibility concept to establish energy management system functions, and aims at improving energy management efficiency gradually in a spiral rising mode in practical application.

Description

technical field [0001] The invention relates to an energy management system, in particular to an energy management system. Background technique [0002] The PDCA cycle is also called Deming Circle (Deming Circle), which divides any work in management into four stages: plan (P), execute (D), check (C), and correct (A). PDCA is a cyclic, iterative, and spiral process. It is not a repetition at the same level, but a cycle of management is a management cycle that solves part of the problems, achieves part of the results, raises the management level by one step, and thus enters the next higher-level cycle. new goals and plans. In this way, a large ring with a small ring is formed, and the rings are interlocked and continuously move forward. Each cycle pushes the goal or standard to a new height, so that the management effect is gradually improved. [0003] The development of human society relies more and more on energy, and at the same time requires more rational use of energ...

AI Technical Summary

Problems solved by technology

Although my country has preliminarily established energy management system standards, in the actual implementation process, due to the limitations of personnel specialization and input costs, the current energy management has chaotic analysis functions, lack of combing, independence of each functional unit, and loose connection. , Lack of closed-loop feedback between overall monitoring analysis and planning, low efficiency in data analysis and management, etc.

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