Intelligent power monitoring of building equipment based on Internet of Things technology

With the development of intelligent buildings, problems such as difficulties in system integration, poor scalability, and difficulties in coordinated operation across systems have emerged. The development of the Internet of Things technology has provided new ideas for solving these problems. This paper proposes an intelligent building architecture based on the Internet of Things technology. The data aggregation of the indoor electrical Internet of Things and public facilities integration system forms building big data, and provides decision support for building operation and maintenance management through a variety of data analysis algorithms. This paper analyzes and discusses the determination of monitoring objects, the selection and placement of monitoring points in the smart power monitoring system. By building an experimental platform, system function debugging is performed. After several experiments, the power supply device based on intelligent monitoring designed in this paper achieved the expected goal. The system was verified through experiments to realize the collection of power supply parameters, and compared with the actual data, the accuracy can meet the requirements of the monitoring system. When the power supply is abnormal, the power can be cut off in time, which effectively protects the safety of the system and confirms the feasibility of the scheme.