多目标优化的园区级低碳综合能源系统运行策略

Multi-objective optimization operation strategy of park level low carbon comprehensive energy system

低碳背景下,为解决工业园区能源需求和碳排放双重压力,构建由分布式可再生能源和清洁能源组成的低碳综合能源系统,首先建立园区低碳综合能源的源网荷储元件的数学模型,然后从技术、经济、能效和环境维度分析园区级低碳综合能源的源网荷储协同优化控制,最后设计自治、经济、低碳、高效和综合的运行策略,满足不同利益主体的目标需求。

Under the low-carbon target,in order to solve the dual pressure of energy demand and carbon emissions in the industrial park,and build a low-carbon integrated energy system consisting of distributed renewable energy and clean energy.First,establish a mathematical model of the source,network,load and storage elements of low-carbon integrated energy in the park.Then,analyze the source,network,load and storage collaborative optimization control of low-carbon integrated energy in the park from the technical,economic,energy efficiency and environmental dimensions,and design autonomy,economy Low carbon,efficient and comprehensive operation strategies to meet the target needs of different stakeholders.