Long-distance intelligent real-time online sensing monitoring system and method of electricity utilization residential quarter switch board room

Abstract

The invention discloses a long-distance intelligent real-time online sensing monitoring system and a method of an electricity utilization residential quarter switch board room. The long-distance intelligent real-time online sensing monitoring system comprises a server of an electric power metropolitan area network, an electric gateway and a plurality of collectors of all switch board rooms arranged in a plurality of electricity utilization residential quarter local area networks. The plurality of collectors of each switch board room are respectively connected with a down link of the electric gateway in an ether mode. The electric gateway is used as routing equipment of the system. An uplink of the electric gateway is connected with the superior power metropolitan area network in an ether mode. The collectors are used for sensing and collecting information in the switch board room and transmitting the collected information to the server of the metropolitan area network, the server receives the transmitted information then learns the information inside the switch board room according to the received information, and then the server sends out a corresponding instruction according to the received information to achieve a long-distance intelligent real-time online sensing and monitoring function to the electricity utilization residential quarter switch board room. Meanwhile, the invention provides the long-distance intelligent real-time online sensing monitoring method of the electricity utilization residential quarter switch board room.

Description

technical field [0001] The invention relates to a remote intelligent real-time online sensing monitoring system and method for a power distribution room in a power consumption area. In the application scene of remote monitoring of power distribution equipment in a smart grid, the remote monitoring of various The on-site environmental parameters are sensed, corresponding alarm information is formed and a reminder is automatically issued, so that the on-duty personnel can confirm the on-site situation of the power distribution room through the network in time. Background technique [0002] In the previous design of residential power distribution, due to the large number of bases, and based on considerations such as cost, difficulty in construction, and difficulty in daily operation and maintenance, it is usually not to take a proactive approach to the operation status and failure of power distribution equipment in ordinary power distribution rooms. monitoring. As a result, fa...

AI Technical Summary

Problems solved by technology

This is due to the long distance to go to the site to carry out work, plus time and labor costs, and the on-site inspection procedures are quite complicated, so the interval between two inspections is usually set at one to two months

The excessively long inspection cycle makes it impossible for the inspection personnel to discover and identify possible equipment failure risks in advance and eliminate them, thus losing the opportunity to avoid property losses in advance

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