湛江钢铁多流耦合节能管理实践和创新

Practice and innovation of energy saving management based on coupled multi-flow in Zhansteel

钢铁多流耦合分布式能源理论是从系统工程学、冶金工业流程学、分布式能源、物理信息系统等理论进展及核心技术突破出发,在理论研究的基础上,以“多能互补、数据驱动、网储一体、区域平衡、源荷交互、极限能效”为主要技术方案,构建能源结构向低碳清洁转变、多种能源输入最佳匹配多种能源需求、减少集中式能源网络传递或转换损失的新型钢铁分布式能源系统。

The theory of coupled Multi-flow distributed energy is based on the theoretical progress and core technology breakthroughs of system engineering,metallurgical industry process,distributed energy,physical information system and so on,on the basis of theoretical research,the theory takes multi-energy complementary,data drive,integration of network and storage,regional balance,source-load interaction and ultimate energy efficiency as its main technical scheme.A new type of distributed energy system for iron and steel industry will be constructed,in which the energy structure will be transformed to low-carbon and clean,the input of multiple energy sources will best match the demand of multiple energy sources,and the transmission or conversion loss of centralized energy network will be reduced.