Intelligent safe power utilization monitoring system integrated with Internet-of-things technology

Abstract

The invention discloses an intelligent safe power utilization monitoring system integrated with an Internet-of-things technology. The intelligent safe power utilization monitoring system comprises anintelligent host module, a multi-service gateway module and an Internet-of-things platform, the intelligent host module is connected with a device to be monitored, collects electrical safety data of the device to be monitored in real time, and generates an alarm for abnormal information. The multi-service gateway module is connected with the intelligent host module, encrypts the electrical appliance safety data, converts the encrypted electrical safety data through a protocol and transmits the encrypted electrical safety data to the Internet-of-things platform; and the Internet-of-things platform acquires information in the multi-service gateway module, and performs integrated control and data support for applications of upper-layer services. According to the system, a power service private network frequency wireless communication network is adopted to provide full network coverage for power generation enterprises, and the transmission process is more stable, efficient and safer; in addition, the Internet-of-things platform realizes descriptive-diagnostic-predictive-guidance type full-cycle power utilization safety supervision by uninterruptedly storing, analyzing, mining and utilizing the data, so that the safety of a power utilization system is greatly improved.

Description

technical field [0001] The invention relates to the field of electricity safety, in particular to an intelligent and safe electricity monitoring system integrated with Internet of Things technology. Background technique [0002] With the rapid development of information technology, the Internet of Things has been widely and maturely applied in many fields such as smart grid, smart transportation, smart logistics, smart medical care, and smart home, providing valuable reference experience for the construction of smart electricity. . [0003] There are certain safety hazards in the traditional power consumption system, such as fires caused by short circuit, overload, overvoltage, undervoltage, leakage or abnormal temperature of cables and boxes, which not only cause economic losses to users, but also endanger the lives of personnel. There was a threat. At the same time, under the traditional supervision method, the failure of fire-fighting equipment cannot be found immediate...

AI Technical Summary

Problems solved by technology

[0003] There are certain safety hazards in the traditional power consumption system, such as fires caused by short circuit, overload, overvoltage, undervoltage, leakage or abnormal temperature of cables and boxes, which not only cause economic losses to users, but also endanger the lives of personnel. threatened

At the same time, under the traditional supervision method, the failure of fire-fighting equipment cannot be found immediately, and it is difficult to monitor the maintenance status after discovery. There are many types of fire-fighting equipment, and the efficiency of manual inspection is low, leaving a large safety hazard for the occurrence of fire.

[0004] Traditional power consumption systems only use wired networks or local wireless networks, which have problems such as large delays and low security, and at the same time increase the difficulty of network wiring and management

This further weakens the timeliness and effectiveness of alarm information dissemination, and it may occur that the alarm information is not sent in time or the local staff misses the opportunity to take effective measures because they are not at their posts

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