Computer-based iron and steel enterprise energy simulation platform

Abstract

The invention discloses a computer-based iron and steel enterprise energy simulation platform and belongs to the technical field of metallurgical energy simulation. The energy simulation platform comprises a steel mill model library, a visual steel mill configuration tool, an iron and steel production process simulator, display equipment, various energy medium mixers, a simulated result library and a simulation platform upper analysis and evaluation system, wherein the visual steel mill configuration tool is connected with the steel mill model library; the iron and steel production process simulator is connected with the steel mill model library and an operation plan generator, stimulates the production process and outputs results to the various energy medium mixers and the display equipment; and the simulated result library saves the simulated and regulated result and provides input for the simulation platform upper analysis and evaluation system. The computer-based iron and steel enterprise energy simulation platform has the advantages that: a transaction sign in an equipment model can analyze and evaluate the iron and steel enterprise energy situation under different conditions; a recovery plant independently constructs a model, and the research on a recovery scheme and efficiency is facilitated; and the tightly coupled energy medium forms three subsystems according to the correlation degree, and the solving is facilitated by a hierarchical coordination method.

Description

technical field [0001] The invention belongs to the technical field of metallurgical energy simulation, and provides a computer-based energy simulation platform for iron and steel enterprises, which can monitor the use of energy in iron and steel enterprises, the recovery of by-product energy, the load distribution of energy equipment, the dissipation of energy and outsourcing. Simulation, which is used to simulate the use, recovery, conversion, and transmission and distribution of various energy media in various production processes and energy equipment of iron and steel enterprises. Background technique [0002] Iron and steel enterprises are high-energy-consuming industries. Iron and steel enterprises must improve energy utilization efficiency, save resources, strengthen energy balance and optimize dispatch, and make full use of secondary energy in order to improve market competitiveness and maintain sustainable development. There are many energy media involved in iron an...

AI Technical Summary

Problems solved by technology

Its research method focuses on the energy itself, and various energy media are independent, and the impact of production process changes on the energy system and the restrictive relationship between energy media are not reflected enough.

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