A safety management method for engineering power consumption based on visual Internet of Things

Abstract

The invention discloses a method for safety management of engineering power consumption based on the visual Internet of Things, comprising the following steps: 1) modeling and coding of area division, setting area monitors and information relay stations; 2) real-time monitoring and logical operation by a data monitoring module The module optimizes preprocessing, and the early warning response module gives an alarm; 3) The control terminal converts and processes information, adjusts it in real time, and determines the location of power equipment. A system for project power safety management based on the visual Internet of Things mainly includes control terminals, Data transmission module, area monitor, data monitoring module, logical operation module, early warning response module, positioning module. The invention monitors the power equipment in different areas through the visual Internet of Things, collects, analyzes and judges the monitoring signals, quickly responds to the faulty power equipment, improves the utilization rate of power consumption, and ensures the normal operation of the power equipment.

Description

technical field [0001] The invention belongs to the technical field of power equipment control and management, and in particular relates to a safety management method for engineering power consumption based on the visual Internet of Things. Background technique [0002] With the rapid development of society and the advancement of science and technology, people pay more and more attention to electric power, and the reform of electric power system is also deepening and developing continuously. The development requirements of "informatization, networking, intelligence, and integration" put forward by the State Grid are also the direction of the development of the electric power industry. In the management of work electricity consumption, the monitoring system is used to realize unattended intelligent management. [0003] In the project, the connection parts of power equipment and power equipment are all metal devices. Due to changes in climate, cold and heat, equipment foundat...

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Problems solved by technology

[0004] During the repair and maintenance process, due to the large number of nodes, the operator cannot accurately determine the location of the faulty electrical equipment; although the previous alarm device can send a fault alarm signal to the equipment maintenance personnel in time when the equipment fails, it is not clear when the faulty equipment In some cases, the maintenance personnel should immediately go to the fault site for inspection, analysis and processing, and may not bring some professional maintenance tools with them, which will lead to a certain degree of blindness, prolong the time for troubleshooting, and make it difficult to grasp the status of inspection and record data Its authenticity, a large amount of inspection information is inconvenient to save, easy to lose, and time-consuming; information query is inconvenient, and it is impossible to effectively use data to make defect analysis and options for equipment to make auxiliary decisions

The coverage of remote monitoring is low and the cost is high. The current monitoring system is difficult to monitor and adjust the temperature and current

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