A Distributed Power System Communication Architecture Based on Message Queue and Multi Process

The traditional power system mainly collects grid data through front-end data communication architecture. With the increasing integration of new energy into the grid. The system's demand for data interaction and device access has increased. For example, energy storage requires higher frequency of data interaction and more monitoring device access requirements in terms of security. However, the current architecture cannot meet these requirements in terms of performance. It usually only ensures timed interaction of common electrical quantities in energy storage, and other data is often discarded. In order to meet the requirements of new energy data interaction and device access, A distributed communication architecture based on message queues and multi process has been proposed to support more devices and higher frequency (real-time, collecting data every few seconds) data interaction.