KEYWORDS: Carbon, Solar energy, Mathematical optimization, Instrument modeling, Distributed interactive simulations, Photovoltaics, Nonlinear optimization, Temperature distribution, System integration, Renewable energy
With the introduction of energy internet, Multi-energy coupling and complementation properties of the integrated energy system in the park provide more space for system optimal dispatching, but the carbon emissions brought by the purchase of power from the external network are difficult to estimate, which brings challenges to the low-carbon operation of the integrated energy system in the park. In this paper, the carbon flow of external power grid is accurately calculated, and a two-layer optimal dispatching model of PIES low carbon economic dispatching is established. The results show that the proposed model can optimize the distribution of carbon flow in PIES, remove the carbon deficiency in the system and enhance the environmental protection of PIES.
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