In order to investigate the thermal inertia of steam systems and address the scheduling challenges of low-carbon energy systems in industrial parks,a dynamic analysis model reflecting the spatiotemporal transmission of steam is proposed.A virtual steam pipe energy storage model is established,incorporating 5 key storage parameters and 3 indicators to quantify thermal inertia.The thermal inertia of a 163-node urban-scale steam system during op-eration is quantified,revealing a net stored heat of 7,440.3 kilograms and a discharge capacity of 10.16 tons within a 0.5-hour scheduling cycle,and an average discharge utilization rate of 14.59%.This paper provides quantitative basis for the analysis and optimization of steam systems in industrial parks.
steam systemdynamic hydraulic modelingvirtual energy storage modelpipe storage characteristic evaluation
维普
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