Abstract
Under the background of carbon neutrality, biomass-based integrated energy systems are gradually becoming a hot spot for research. This paper uses a multi-energy flow biomass-based integrated energy system of electricity, heat, gas, and fertilizer as the research object. Firstly, the characteristics of the main equipment of the system are analyzed, and the corresponding mathematical model is established. Secondly, with the integrated goal of maximizing net operating profit and CO2 emission reduction, a day-ahead operation optimization model of a biomass-centered integrated energy system is established. Finally, the advantages of the proposed system and the characteristics of each equipment output in the day-ahead dispatch are analyzed based on the calculation examples.
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