Electric power pipe gallery sensing monitoring method based on steaming control signal optimization

Abstract

The invention discloses an electric power pipe gallery sensing monitoring method based on steaming control signal optimization, and the method comprises the steps: carrying out the sensing monitoring according to the related characteristics of an electric power pipe gallery and the target sensing data of a sensing monitoring system; the method at least comprises the following optimization steps: generating a steamer control signal, constructing a primary inspection model and a reinspection model, performing primary verification on the steamer control signal, performing reinspection verification on the steamer control signal, optimizing the steamer control signal to obtain a target control signal, and optimizing the steamer control signal to obtain the target control signal for reinspection verification. And a final target control signal is generated and sent to a sensing monitoring system of the electric power pipe gallery for early warning prompt. The method is suitable for duplex monitoring management of the electric power pipe gallery, and has the remarkable advantages of high reliability, low misjudgment rate, high early warning management efficiency and the like.

Description

technical field [0001] The invention belongs to a power pipe gallery monitoring system involved in the field of new generation information technology, and in particular relates to a power pipe gallery sensing monitoring method based on screening control signal optimization. Background technique [0002] With the rapid development of urban modernization, the construction of urban underground power pipe corridors will extend to every corner of the city, and the construction of power pipe corridors between cities is emerging. The power pipe gallery referred to in this case includes cable trenches, cable pipes, cable tunnels, GIL (abbreviation for Gas Insulated Metal Enclosed Transmission Line) or a combination thereof. The safe operation of the power pipe gallery is an important guarantee for the safe and stable operation of the city and even the national power grid. . However, because the power pipe gallery is directly affected by the uneven underground environmental conditio...

AI Technical Summary

Problems solved by technology

However, because the power pipe gallery is directly affected by the uneven underground environmental conditions and other aspects, the requirements for the operation and maintenance of the power pipe gallery continue to increase

At present, in the actual construction of urban underground power grids, only conventional power grid monitoring and management systems have been installed, and the reliability and stability of the existing systems cannot meet the actual needs of safe and stable operation of the city and even the national power grid.

[0003] Chinese patent application (CN104778541A) discloses a "power underground pipeline network management and control system", which includes a power pipeline equipment basic information acquisition unit, a power pipeline equipment operation status monitoring unit, a power pipeline equipment management unit, and a power pipeline equipment operation status Although the analysis unit, power pipeline equipment failure alarm unit and power underground pipeline network geographic information comprehensive display unit can timely understand the operation status of the power underground pipeline network and issue alarms, because the system belongs to a one-way monitoring and management method, there is no review and screening function, high misjudgment rate and low reliability

[0004] Chinese patent application (CN205384471U) discloses a "power underground pipe network management and control system". The system cooperates with an information collection module, an operating status analysis module, a feedback module, a management unit, and a maintenance module. , can promptly take the maintenance equipment in the faulty equipment area for maintenance work, and can also cooperate with the mobile terminal to automatically complete the alarm work, etc., but because the system belongs to a one-way monitoring and management method, there is no review and screening function, and the misjudgment rate is large and reliable. lower sex

Compared with the traditional primary monitoring unit for voltage and current, although the system adds a secondary monitoring unit for monitoring the density, temperature and humidity of GIL inert gas, it can quickly detect accidents in GIL lines, etc. However, because the two-level monitoring method of the system does not change the essence of the one-way monitoring management method, and there is no review and screening function, the misjudgment rate is relatively high and the reliability is low

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