Abstract: Due to the intermittency of photovoltaic power generation and the peak valley differences in distribution network loads, achieving dynamic balance between electricity supply and demand is extremely challenging. Therefore, scheduling strategies are particularly necessary. By accurately predicting photovoltaic power generation, controlling voltage and reactive power, and applying energy storage systems, these challenges can be effectively addressed and the stability of the power system can be improved. This article mainly discusses the scheduling strategies and implementation plans for the interaction between photovoltaic power generation and distribution networks. The article analyzes the demand for interaction between photovoltaic power generation and distribution networks. Based on accurate physical models and statistical methods, it ensures stable data transmission, real-time monitoring, and intelligent scheduling, providing an effective way to solve the intermittency of photovoltaic power generation and the peak valley difference of distribution network load.