Iron and steel enterprise oxygen scheduling optimization system and iron and steel enterprise oxygen scheduling optimization method

Abstract

An iron and steel enterprise oxygen scheduling optimization system and an iron and steel enterprise oxygen scheduling optimization method belong to the technical field of iron and steel enterprise informatization. The iron and steel enterprise oxygen scheduling optimization system comprises the components of an equipment working condition type definition module, a working condition oxygen characteristic management module, a working condition combined tool module, an optimal solution settling module, a scheduling plan storing and playback module, etc. The equipment working condition type definition module, the working condition oxygen characteristic management module, the working condition combined tool module, the optimal solution settling module and the scheduling plan storing and playback module are operated on a scheduling computer. The working condition type data, the working condition oxygen characteristic data and the scheduling solution data are stored in relationship database software. The relationship database software is operated on a server. The scheduling server is connected with a server through a local area network. The iron and steel enterprise oxygen scheduling optimization system and the iron and steel enterprise oxygen scheduling optimization method have advantages of settling an oxygen fine scheduling problem, providing an easy-interaction oxygen scheduling system, helping oxygen scheduling personnel improve scheduling level and reaction speed, reducing oxygen cost, reducing scheduling frequency of oxygen generating equipment and improving production stability.

Description

technical field [0001] The invention belongs to the technical field of iron and steel enterprise informatization, and in particular relates to an oxygen optimization scheduling system and method for iron and steel enterprises. Background technique [0002] Oxygen system is an indispensable part of iron and steel enterprises. Its main task is to provide oxygen, nitrogen, and argon to blast furnace ironmaking and converter steelmaking in the process of iron and steel production, and to provide protection for subsequent continuous rolling and continuous casting processes. Nitrogen, Argon. As a secondary energy source for iron and steel plants, the production of these technical gases requires a large amount of energy. The power consumption of the oxygen system accounts for a very high proportion of the total energy consumption of iron and steel enterprises. Taking Shougang Jingtang as an example, the power consumption of the oxygen system accounts for About 16% of the consumpti...

AI Technical Summary

Problems solved by technology

Solve the problem of refined oxygen scheduling under the combination of various complex working conditions, and provide an easy-to-interact oxygen scheduling system, so as to help oxygen scheduling personnel improve scheduling level and response speed, reduce oxygen cost, reduce oxygen equipment adjustment frequency, and improve production stability

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