Computer Aided Research on the Physical Security of Ubiquitous Power Internet of Things Equipment

Abstract

Abstract Through the analysis of the microgrid architecture under the access of the ubiquitous power Internet of Things and the current construction of the peak shaving auxiliary service market, the feasibility, necessity and economy of the microgrid participating in the peak shaving auxiliary service market are demonstrated. The thesis makes full use of information technology such as Internet of Things technology, computers, big data analysis, distributed applications, and mobile technology. It focuses on the safety management and control of the work site of power grid enterprises, and uses intelligent monitoring terminal equipment to access, such as access control (barrier), Authorize locks, intelligent safety monitoring robots and electronic fences to supervise and control production sites and operating equipment, standardize operating procedures, and improve on-site safety management and control capabilities and terminal operating equipment real-time supervision capabilities.