With the increasing scale of photovoltaic and other new energy that is grid connected, their volatility and uncertainty have brought great challenges to the system. Fully mobilizing user side flexible resources through demand side response technology can improve the flexibility of distribution network control and system stability. In this paper, from the different advance notification times of incentive controllable load, it is divided into day-ahead and day-in, and a two-stage cloud edge coordinated control method for the distribution network is proposed. First, based on a cloud edge collaborative regulation framework, a cloud edge collaborative regulation strategy with day-ahead prediction and intra-day correction is proposed. Then, in the day-ahead stage, the day-ahead control model considering intra-day resource prediction is established. Based on the day-ahead control scheme, an intra-day correction control model is established. Finally, the alternating direction multiplier method is used to analyze the model. The example proves the effectiveness of the above method in reducing the peak-valley difference of the system and improving the regulation elasticity of the distribution network, and verifies that the proposed model has good economy. This work is supported by the Science and Technology Program of Hebei Province (No. 20314301D).