Design of Equipment Management Application for Power Grid Based on Information Fusion

In recent years, policies and regulations at both the national level and the industry level have been introduced to promote the development of the digital economy and the application of digital technology. However, current regional equipment management decisions rely on manual report statistics, which lacks standardized and procedural reporting channels for data. The governance of equipment defects and hidden dangers, as well as the closed-loop management of related major maintenance and technological transformation projects, need to be further deepened. In this paper, the design of management support applications to fulfill demands such as analyzing intrinsic states and external risks of power grid equipment, as well as cross-departmental information sharing, which are refined from the production practice, has been carried out. A detailed analysis is conducted on the overall architecture and cloud deployment environment of the application. Interface design and underlying data sources are also illustrated based on real operation data and geographical maps. The market prospects and risk prevention strategies of the proposed application are then investigated. The application provides a decision-making basis for the proposing of projects and comprehensively assesses the adverse environmental impacts such as external breakage, mountain fires and floods, as a result, supports the optimization of operation and maintenance measures.