Abstract
Abstract In this paper, multi-energy hub system is analyzed in the presence of renewable energy sources. The provided multi-objective model is provided to reducing the carbon emission and operation cost. Also, real-time rates of demand response program (DRP) is used in this paper to improve the flexibility of system. The e -constraint approach is used to solve the provided multi-objective model. Furthermore, fuzzy technique is used to select the trade-off result through the optimal obtained solutions The provided MIP-based hub system is solved utilizing the GAMS software in two cases with the aim of analyzing the effects of real-time based DRP. The obtained results demonstrate that the carbon emission and operation cost are decreased 1.81% and 4% in the presence of the real-time DRP, respectively.
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