Study on Dynamic Power Flow of Distribution Network Considering Wind Power and Intelligent Energy Consumption of Residents

Abstract:
With the continuous improvement of people's living standards, the problem of seasonal peak load of power grid is becoming more and more prominent. Promoting residents' load participation in power grid interaction is of great significance to improving power grid quality and efficiency. Therefore, this paper makes an in-depth study on the dynamic power flow of distribution network considering wind power and smart energy consumption of residents. Firstly, based on the power grid demand response, the optimal electricity price and residents' intelligent energy consumption response load model are established. Secondly, considering the uncertainty of wind power, the dynamic power flow model of distribution network with wind power and residents' intelligent energy consumption is established. Finally, based on ieee33 bus system, the dynamic power flow results of distribution network in different periods are analyzed through simulation examples to verify the effectiveness of this study.