Intelligent pump station operation and maintenance method

Abstract

The invention discloses an intelligent pump station operation and maintenance method. The method comprises the steps of recording the related information of a pump station; receiving an abnormal operation signal sent by one abnormal pump station, analyzing the abnormal operation signal, analyzing a plurality of abnormal reasons, and calculating the model of the spare and accessory parts needing tobe replaced and / or maintained for eliminating the abnormal reasons according to each abnormal reason; and according to a preset deployment rule, deploying one or more operation and maintenance personnel as the troubleshooting personnel of the pump station, automatically generating a troubleshooting plan, and sending the troubleshooting plan to the troubleshooting personnel. According to the invention, the troubleshooting time can be shortened, the troubleshooting efficiency is improved, and the workload of the operation and maintenance personnel and a pump station management center is reduced. After the troubleshooting personnel are determined, a troubleshooting plan is generated to assist the troubleshooting personnel to quickly and effectively eliminate the faults, the troubleshooting personnel can adjust the own working states within a certain range in combination with the own working states, so that the troubleshooting personnel have a certain autonomous selection right for the own working arrangement, and the two-way selection is achieved.

Description

technical field [0001] The invention relates to the technical field of pumping station operation and maintenance, in particular to an intelligent pumping station operation and maintenance method. Background technique [0002] In recent years, in addition to the rapid development of smart pumping stations in the traditional rainwater, sewage, and heat pipe networks, it has also made great progress in the field of farmland irrigation and drainage. Through the small smart pumping station integrating drainage and irrigation, it has greatly improved The drainage and irrigation efficiency of farmland saves labor. [0003] Due to the wide coverage of farmland, intelligent pumping stations are usually scattered and irregularly distributed. Most of the pumping stations are located in remote places. Maintenance personnel went to the scene to find out the cause of the failure. In the existing technology, in order to shorten the troubleshooting time, the nearest operation and maintena...

AI Technical Summary

Problems solved by technology

[0004] The first problem is that, in some cases, due to the lack of spare parts carried by the operation and maintenance personnel, after finding out the cause of the failure, the operation and maintenance personnel need to return to the repair site to allocate suitable spare parts or replace the faulty parts in order to eliminate the fault. The equipment is transported to the maintenance site for repair, but the fault cannot be quickly and effectively eliminated, and the user experience is not good. The pump station management center needs to arrange special personnel to perform the assignment of operation and maintenance personnel for each fault, and the work of the operation and maintenance personnel and the pump station management center large

[0005] The second problem is that there is not enough interaction between the operation and maintenance personnel and the pumping station management center. The choice of maintenance personnel filing tends to assign work. The work content of operation and maintenance personnel is usually relatively fixed. On the one hand, it is not good for the technical growth of operation and maintenance personnel, which in turn affects the long-term development of pumping station management. There are fewer options for content, and it is easy to cause boredom

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