Real-Time Information Collection and Scheduling Control in the Distribution Station Area with Distributed New Energy

The low-voltage distribution network is facing a situation of blowout, small capacity and decentralized distributed new energy access, with the emergence of large-scale power reverse transmission and frequent voltage fluctuations at station area level. However, power grid companies find it difficult to timely perceive real-time information of electricity generation and consumption within the station area, witch increasing the difficulty of operation control and management of the distribution network, and bringing adverse effects to safe, stable and economic power supply. Following the idea of edge computing, a real-time information acquisition and dispatching control method suitable for distribution station area with distributed new energy is proposed to realize the information interconnection and integration of local equipment at a lower cost, so that various adjustable resources can participate in the multi-level source network load interaction operation, and improve the comprehensive benefits of the distribution system in the station area.