Feasibility and Utilization of Information Integration Technology in Digital Power Grid

Modern society has put forward higher requirements for the power system, and the reliability and intelligence of the power system have received widespread attention. In this paper, data transmission in the digitalized grid includes three aspects, that is, communication between intelligent electronic devices at the device level, communication within the digitalized substation, and communication between the digitalized substation and the dispatch center. This article presented a unified programming (or component) interface for heterogeneous systems, which was based on a unified programming (or component) interface to obtain common data and exchange information in different ways. At the same time, file interaction mode can also be adopted for the security requirements of various systems. In the testing of digital power grid environment, the efficiency of data integration was evaluated. The efficiency of data integration in the first test was 94.9%, and the efficiency of data integration in the second test was 94.5%. This article focused on integrating and organizing various data in the power grid, with the aim of providing rich and effective basic information of the power grid for higher-level application systems.