Massive Service Convergence and Communication Delay Optimization Strategy for New Power System

With the construction of a new power system and the development of the energy Internet, the source-grid-load-storage business has surged. It is urgent to aggregate and regulate massive, distributed resources, reduce network uncertainty and large latency, and establish a flexible, safe and efficient communication and interaction mechanism to ensure the safe operation of the power grid. Firstly, starting from the current situation of the power communication network, the demand for a new power system communication network is analyzed. Secondly, a converged network architecture for a new power system is proposed to solve the problem of load imbalance and optimize the communication delay. Finally, the LSTM model is established and trained to predict the communication delay of the new power system service, and the results show that the proposed model has a good effect on the delay prediction, which provides basic support for the smooth operation of the power grid communication service.