Iron and steel enterprise energy optimization scheduling system

Abstract

The invention provides an iron and steel enterprise energy optimization scheduling system. The iron and steel enterprise energy optimization scheduling system comprises an energy monitoring subsystem,a production plan input subsystem, an energy prediction subsystem and an energy optimization scheduling subsystem. The energy monitoring subsystem is connected with the production plan input subsystem and the energy prediction subsystem, and comprises a coal gas monitoring module, a steam monitoring module and an electric power monitoring module. The energy monitoring subsystem is used for monitoring and storing energy output and consumption data in different production plans. The production plan input subsystem is used for inputting production plans in different time periods. The energy prediction subsystem is used for acquiring production plans and performing energy prediction according to the output and consumption data of energy in different production plans. The energy optimization scheduling subsystem is used for displaying a scheduling plan according to a prediction result of the energy prediction subsystem, receiving an external selection signal and selecting and executing thescheduling plan. The iron and steel enterprise energy optimization scheduling system can perform intelligent scheduling according to the production plan of the enterprise.

Description

technical field

[0001] The invention relates to the technical field of energy scheduling systems, in particular to an energy optimization scheduling system for iron and steel enterprises. Background technique

[0002] The iron and steel industry is the basic pillar industry of the national economy, and it is also a resource- and energy-intensive industry. Energy consumption is an important factor that determines the production cost and profit of the iron and steel industry, and it is also the main reason that affects the environmental load. On the one hand, iron and steel enterprises have a long production process with various procedures and equipment, and each process is connected with each other, and each process and equipment is associated with multiple energy media; on the other hand, iron and steel enterprises need to use more than 20 types of energy. These energy media not only have various forms such as production and consumption, storage, buffering, and transmission...

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