Synthetic optimizing and scheduling system of energy system

Abstract

The present invention discloses an integrated and optimal scheduling system of an energy system, which is respectively connected with a management information system and a production process control system. The integrated and optimal scheduling system comprises an operation interface, an information monitoring and scheduling function module, a data analysis function module, an energy optimizing function module, an energy planning function module, an event management function module, a functional model base, a relational database, real-time database, an interface module and a manual input interface; wherein, the information monitoring and scheduling function module, the data analysis function module, the energy optimizing function module, the energy planning function module and the event management function module are respectively connected with the operation module and the functional model base; the relational database is respectively connected with the operation interface, the functional model base, the real-time database and the manual input interface; the relational database is connected with the management information system through the interface module; and the real-time database is connected with the production process control system. The present invention can scientifically and accurately schedule the energy supply, and reduce the energy waste and pollutants.

Description

technical field [0001] The invention relates to an optimization scheduling system, in particular to an energy system comprehensive optimization scheduling system of a pulp and paper making enterprise. Background technique [0002] The paper industry is an important basic raw material industry that is closely related to the development of the national economy and social undertakings. According to statistics in 2004, the energy utilization rate of general large and medium-sized papermaking enterprises in my country is only 30%. The comprehensive energy consumption is as high as 2.5-3.0 tons of standard coal. The average water reuse rate of my country's paper industry is only 46%, and the average water consumption per ton of paper is as high as 100m 3 Above (world advanced level is only 10-20m 3 ), the fresh water consumption per 10,000 yuan of industrial output value is as high as 188 cubic meters. The high energy consumption of the papermaking industry not only leads to lo...

AI Technical Summary

Problems solved by technology

However, at present, my country needs to strengthen the research, development and application of energy optimization technology and energy-saving technology integration (including unit equipment energy-saving technology and system energy-saving technology integration) in the paper industry. The energy scheduling method of industrial production makes the automatic degree of energy scheduling of pulp and paper production seriously lag behind

In addition, due to the inability to obtain comprehensive production data, the existing energy dispatchers in the pulp and paper industry can only conduct dispatching based on a small amount of information and their own experience. Such an approach is neither scientific nor accurate, resulting in serious waste of energy consumption in industrial production , increasing the emission of pollutants from the enterprise

Many scientific research institutions have begun to focus on research in this area. The sixth issue of 2006 and the second issue of 2007 "Paper Science and Technology" published the titles "Process Energy Synthesis Technology and Its Application in Energy System Optimization of Paper Industry". Application (I) - Theoretical Basis of Process Energy Synthesis Model", "Process Energy Synthesis Technology and Its Application Research in Paper Industry Energy System Optimization (II) - Application of Process Energy Synthesis Method and Model in Paper Industry Energy System " article, proposed to apply the "three links" energy flow model library to the energy optimization of papermaking enterprises, and achieved preliminary results, but it has not yet adapted to the wide application in production

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