Intelligent monitoring system and method for industrial users

Abstract

The invention provides an intelligent monitoring system and method for industrial users, and the system and method are used for evaluating the orderliness of the power utilization condition of the industrial users, and the monitoring method comprises the steps: monitoring the total power utilization load of the industrial users through a main monitoring link, and monitoring the power utilization load of each main power utilization unit in the industrial users through a branch monitoring link; monitoring data of the main monitoring link and monitoring data of the branch monitoring links are transmitted to a console of an industrial user and a mobile terminal of a manager, and when the monitoring data of the main monitoring link or the monitoring data of the branch monitoring links exceed an early warning threshold value, the console and the mobile terminal prompt alarm information and inform the manager to reduce the electrical load; according to the invention, a decision basis can be provided for formulating an optimal scheme of time-sharing and orderly power utilization in an enterprise, and an industrial user is prompted to reduce the load when the load exceeds an early warning value.

Description

technical field [0001] The invention relates to the technical field of intelligent monitoring, in particular to an intelligent monitoring system and method for industrial users. Background technique [0002] When orderly power consumption is carried out, there is a delay in the data when the electricity consumption information collection system platform of the power system monitors user loads. The real-time data needs to be called and measured and exported, and then manually compared with the limited load value. When industrial users are overloaded, they can only be manually informed to reduce the load. For large-scale industrial users, there is no basis for decision-making, and the use load of each workshop cannot be better allocated. [0003] Disadvantages of existing technology: [0004] (1) The timeliness and pertinence of the existing user electricity consumption information collection system cannot meet the development needs of industrial users. The electricity cons...

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Problems solved by technology

[0004] (1) The timeliness and pertinence of the existing user electricity information collection system cannot meet the development needs of industrial users

The electricity consumption information collection system processes huge data, and there are delay problems in data transmission and summary.

[0005] (2) The electricity consumption information collection system can only reflect the data at the collection point, without subdividing the electricity consumption of each area (workshop) of the enterprise, and cannot provide a decision-making basis for targeted energy consumption management for the enterprise's electricity consumption

[0006] (3) Social electrician practitioners are generally unable to meet the orderly energy-saving and electricity consumption management needs of power supply units for industrial users. There are problems such as inconsistency between supply and demand of electric energy and configuration, and time lag between safety warnings and overproduction. It will lead to an imbalance between power supply and demand, resulting in a shortage of power supply and demand.

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