Energy automatic management and scheduling system

Abstract

The invention discloses an energy automatic management and scheduling system. The energy management and scheduling system comprises four hierarchies from top to bottom, namely an application management system layer, an application support platform layer, a data service platform layer and an infrastructure layer. The energy automatic management and scheduling system realizes the real-time acquisition of field data through the unified acquisition and the integrated management of production control system data and various important monitoring instruments. Through the network transmission, the collected data are stored in a real-time database to be processed. Therefore, the actual production condition can be exactly mastered in an office or remotely by people and related leaders in scheduling and production management departments in the modes of flow chart monitoring, alarming, real-time reporting, trend searching and the like. Meanwhile, MES modules, including production monitoring, safety management, production scheduling, quality management, production statistics, equipment management, energy management, energy statistics and analysis and the like, is combined with a short message platform, so that a convenient and quick informatization management platform is provided for the production management and the scheduling command of a full company.

Description

technical field [0001] The invention relates to an automatic control system, in particular to an automatic energy management and scheduling system. Background technique [0002] With the continuous deepening of my country's industrialization at this stage, the contradiction between supply and demand of various energy sources in my country has become increasingly prominent. An energy production enterprise will face the problem of dispatching and using multiple energy sources. Whether it can effectively coordinate and manage the flow of various energy substances in the production of the enterprise will determine whether the energy enterprise can adapt to the new form of industry competition and improve the neutrality of the enterprise. Productivity benefits are of paramount importance. [0003] Therefore, the establishment of an energy management center system can better promote the management work to a higher level, make the control system more perfect, improve the efficienc...

AI Technical Summary

Problems solved by technology

[0004] Set up a modern energy management center, equipped with an energy data automatic collection system with computers and various monitoring instruments and other corresponding equipment, to achieve the goals of automatic data collection, network transmission, electronic settlement, modernization of measurement and refined management of major energy-consuming media. In this way, real-time monitoring of energy consumption dynamics and changing trends in production and management links can provide enterprises with correct decision-making ideas for energy conservation and emission reduction in a timely manner. However, the current energy management center and system have complex structures and low management efficiency, and the following problems exist:

[0005] (1) The operation and management of the energy system is scattered, the information of various monitoring systems is not shared, and the setting of metering points is not perfect, which makes it difficult to meet the balance requirements of centralized management and optimal scheduling

[0006] (2) Energy dispatching is a traditional telephone dispatching mode, and incomplete information leads to daily balance and immediacy of command and dispatch under abnormal circumstances.

[0007] (3) The control system is imperfect, the efficiency of key energy-consuming equipment is low, the failure rate of equipment is high, and shutdowns often occur, making the production system poor in safety and stability

[0009] (5) The interface of the energy management dispatching center is complex and inconsistent, so it needs to be improved

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