Photovoltaic and wind power generation have closely cyclical characteristics

therefore the output will be easily affected by meteorological environment.At present

the power meteorological monitoring systems are put into use in some areas mainly rely on the information access of the existing meteorological departments.The service capabilities urgently need the support of grid meteorological perception

such as early warning of meteorological disasters in distribution networks

emergency response after grid icing and tower collapse

and prediction and analysis of new energy power generation

are significantly insufficient.Through the aggregation and analysis of multi-meteorological information sensors and cloud information

it establishes an analysis framework and model for integrating the operation information of a new type of distribution network with spatial regional meteorological information of multiple distributed “microgrids”.Exploring key strategies for further enhancing the resilience of distribution networks can help achieve the goal of a new power system that takes both economic efficiency and low carbon emissions into account.