Abstract
Due to high fuel efficiency and environmental friendliness combined cooling, heating and power (CCHP)-based microgrids (MGs) become much more popular. Besides, the CCHP-based MG operators can schedule multi-energy (cooling, heating and power) generation, storage and implement integrated demand response to accommodate abandoned wind power. In this paper, the stochastic programming is adopted to depict the uncertainties of wind power. Then, an economic dispatch method for the CCHP-based MG is established, both considering wind power accommodation and integrated demand response. Compared with traditional dispatch method, the scheduling method proposed in this paper can provide a more economical operation plan. Besides, through the proposed method, the abandoned wind power can be accommodated well. The simulation results demonstrate the effectiveness of the proposed economic dispatch model.
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