Integrated intelligent monitoring system for leads

Abstract

The invention relates to intelligent control on a power system, particularly to an integrated intelligent monitoring system for leads. The system can be used for monitoring data such as amplitudes, frequencies, inclination angles, temperatures, currents and the like of the leads. The system comprises an integrated lead state monitoring sensor, a wireless communication host and a master station system server, wherein the integrated lead state monitoring sensor comprises a microprocessor, a clock chip, a power supply part, a wireless communication module as well as a bidirectional inclination angle, acceleration, vibration, temperature and high-precision induction coil sensor connected with the microprocessor. Through the implementation of the system, integrated monitoring of lead states can be realized, correlation analysis of multiple state parameters can be performed, operating conditions of the leads can be judged comprehensively, and failures of the leads are reduced, so that power outage time of the leads is shortened greatly, the power supply reliability and the power utilization satisfaction of clients are improved, and the safe, reliable and economical operation of power supply is guaranteed.

Description

[0001] technical field [0002] The invention relates to intelligent control of electric power system, that is, an integrated intelligent monitoring system for wires. Can monitor wire amplitude, frequency, inclination, temperature, current and other data. Background technique [0003] In the existing technology, the state monitoring of power lines and the measurement of electrical parameters at home and abroad have gradually developed from relying on manual inspection and measurement in the past to relying on online monitoring systems. [0004] In my country, the State Grid Corporation of China has also installed many transmission line status monitoring devices in recent years, among which monitoring devices such as wire galloping, wire vibration, wire temperature, and wire sag have also been applied. However, each of these monitoring devices can only monitor one or part of the state parameters, so it is necessary to install a variety of sensors to collect all state and elect...

AI Technical Summary

Problems solved by technology

However, each of these monitoring devices can only monitor one or part of the state parameters, so it is necessary to install a variety of sensors to collect all state and electrical parameters, and many sensors cannot perform quantitative and qualitative analysis of state characteristics, let alone perform multiple state parameters. Correlation analysis between

[0005] In the actual application process, there are problems with the accuracy and validity of the data obtained by these sensors; and the singleness of functions may cause inconvenience in installation and use, increase the difficulty of installation and debugging, and reduce the stability of equipment Sexuality, which increases the construction cost; at the same time, the system compatibility between sensors with different functions will also have a great impact on the cycle and difficulty of the project

[0006] The existing wire status monitoring function is single, and the installation and use are inconvenient, which increases the difficulty of installation and debugging, reduces the stability of the equipment, and increases the construction cost. The system compatibility between sensors with different functions will also affect the project cycle. and difficulty have a big impact on

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