钢铁企业基于能源仿真的多能源介质综合 优化调配系统，包括：仿真组态模块、参数配置模 块、工况录入模块、计划读取模块、仿真优化模 块、仿真分析模块，六个模块均运行在仿真计算 机上，模块涉及的参数及工况信息均保存在关系 数据库中，所述的关系数据库软件运行在数据库 服务器上，仿真计算机和数据库服务器之间通过 局域网链接。优点在于从钢铁制造流程物质流能 量流耦合特点出发，提出了基于能量流网络动态 仿真的钢铁工业多能源介质综合优化调配策略， 并构建了仿真平台。此仿真平台充分考虑了物质 流、能量流的耦合特性，更切合实际需求。 

The multi-energy medium comprehensive optimization allocation system based on energy simulation in iron and steel enterprises includes: simulation configuration module, parameter configuration module, working condition input module, plan reading module, simulation optimization module and simulation analysis module. The six modules run on the simulation computer, and the parameters and working condition information involved in the module are saved in the relational database, The relational database software runs on the database server, and the simulation computer and the database server are linked through a local area network. The advantage is that starting from the coupling characteristics of material flow and energy flow in iron and steel manufacturing process, the comprehensive optimal allocation strategy of multi-energy medium in iron and steel industry based on energy flow network dynamic simulation is proposed, and the simulation platform is constructed. This simulation platform fully considers the coupling characteristics of material flow and energy flow, which is more practical.