Integrated remote monitoring background management system and monitoring method

Abstract

The invention relates to an integrated remote monitoring background management system and a monitoring method, belonging to the technical field of remote monitoring. It mainly includes background management system, smart early warning WeChat applet, monitoring terminal, and monitoring equipment connected to the monitoring terminal. The smart early warning WeChat applet is installed on the user's mobile phone; through the smart early warning WeChat applet, it communicates with the monitoring terminal installed on site , Accurately receive the remote signaling information generated by the contact displacement of various monitoring equipment on site, and edit the text of the remote signaling information through the smart early warning WeChat applet, SMS or voice, and then send it to the installed smart early warning WeChat applet in real time through WeChat The user's mobile phone; thus realizing the functions of remote power-off reset, fault and environmental monitoring. The beneficial effect of the present invention is that it realizes the real-time reception and information sharing of on-site operation information, reduces the probability of failure, reduces the loss of failure, and improves the efficiency of failure handling. The big data analysis and processing of the background management system is also a beneficial supplement .

Description

technical field [0001] The invention relates to an integrated remote monitoring background management system and a monitoring method, belonging to the technical field of remote monitoring. Background technique [0002] At present, the most important reason for the frequent accidents and expanding losses of operating equipment is not the lack of technical force, nor the backwardness of monitoring methods, nor the weakness of logistics support measures, but the inability to receive real-time information on abnormalities or failures of operating equipment on site. Delayed processing time. For example, if a fire accident is discovered 10 minutes earlier than 10 minutes later, the loss caused and the cost are completely different; another example is the TV insurance fusing accident often encountered by the electric energy metering profession. If it is discovered and dealt with on the day it occurs, the process will be smooth. It is very simple, and due to the short time, the res...

AI Technical Summary

Problems solved by technology

[0002] At present, the most important reason for the frequent accidents and expanding losses of operating equipment is not the lack of technical force, nor the backwardness of monitoring methods, nor the weakness of logistics support measures, but the inability to receive real-time information on abnormalities or failures of operating equipment on site. Delayed processing time

For example, if a fire accident is discovered 10 minutes earlier than 10 minutes later, the loss caused and the cost are completely different; another example is the TV insurance fusing accident often encountered by the electric energy metering profession. If it is discovered and dealt with on the day it occurs, the process will be smooth. It is very simple, and due to the short time, both parties can easily accept the resulting error power refund plan; but if it is discovered and dealt with after a week or even a month, it will be much more difficult, and it is impossible to prevent it in advance

Therefore, in the current situation, to prevent accidents or reduce accident losses, the most important thing is to realize the rapid transmission and convenient real-time reception of fault and abnormal information. However, the existing technology and equipment cannot meet the requirements this function

[0003] Existing monitoring technologies are relatively mature and extensive, such as smoke alarms for fires, temperature alarms for overheating, voltage loss and current interruption timers, insulation monitors, etc. in the power system, but these devices have a common shortcoming : After an abnormality or failure occurs, only the on-site sound and light circuit alarm is activated, and the operation and maintenance personnel cannot get the corresponding information in time if they are not on site; It can only be received by specific personnel, lacks compatibility, real-time, and universality, and plays a very limited role in preventing failures and reducing losses

[0004] In addition, the power collection system of the electric power sector is mainly used in remote meter reading, reading and analysis of parameters (base code, voltage, current, power curve, etc.) , the use of the remote signaling function (that is, the information uploaded to the master station after the contact state is changed) is relatively lagging behind, the main reasons are:

[0005] ①Remote signaling information is not an independent display item in the acquisition system, it is displayed in the system simultaneously with the abnormal information (overvoltage, loss of current, meter code flying away, etc.) The amount of returned information is huge, and it is not too much to describe the returned information as "vast and misty". The remote signaling information is submerged in it, and it is difficult for operation and maintenance personnel to identify and judge it in time;

[0006] ② When using manual analysis and judgment, it takes a long time, limited by the skills and experience of the personnel, the timeliness and accuracy are not high; and only the abnormal information (such as low voltage, battery undervoltage, etc.) that has been set in the uploaded table can be collected. Mainly electrical content), other information (such as high temperature) cannot be uploaded;

[0007] ③ It is an overall work to carry out the functional transformation of the collection system, which must be implemented by the State Grid Corporation, which is unlikely;

[0008] ④Because the acquisition system is an internal system of electric power, even if the information is uploaded and identified in time, the target is limited to the staff in the system, and the user's own operation and maintenance personnel still cannot obtain it in time, and the scope of sharing is narrow;

[0009] ⑤The on-site terminal is affected by many factors such as product quality and operation interference. It often crashes and drops during operation, and the remote signaling information cannot be transmitted. It can only be restored to normal after on-site processing, which is labor-intensive and time-consuming

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