KEYWORDS: Carbon, System integration, Solar energy, Power grids, Photovoltaics, Systems modeling, Atmospheric modeling, Wind energy, Mathematical optimization
The article establishes a integrated energy system optimization and scheduling model that considers the participation of P2G in the carbon trading market. Firstly, a integrated energy system operation framework was established based on the system load characteristics; Secondly, considering the background of carbon trading mechanism and the incentive effect of P2G on carbon trading mechanism, a comprehensive carbon trading cost model is established; Finally, a low-carbon scheduling model for the integrated energy system was established with the objective functions of minimizing operating costs and maximizing new energy consumption, and the effectiveness of the proposed model was verified through scenario comparison. Research has found that considering the comprehensive carbon trading cost model, setting a reasonable carbon price can effectively promote the low-carbon economic operation of the system.
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