Wide domain all-state electromagnetic environmental monitoring system and method based on multi-parameter collaborative monitoring

Abstract

The invention discloses a wide domain all-state electromagnetic environment monitoring system and method based on the multi-parameter collaborative monitoring. The system comprises a multi-parameter detection unit and a monitoring center, the detected electromagnetic environment data are sent to the monitoring center by the multi-parameter detection unit, the multi-parameter detection unit comprises a three dimensional ground reference type electric field sensor probe, a three dimensional magnetic field sensor, a digital type temperature humidity integrated sensor, a digital type pressure sensor and an electret capacitor microphone. The electromagnetic environment monitoring system achieves the integrated monitoring of the power frequency electric field, the power frequency magnetic field, the audible noise, the environmental temperature, the environmental humidity, the air pressure and other parameters, and provides data references for the correlation analysis and design verification of the electromagnetic environment information influence factors; and a full-day 24-hour continuous monitoring is conducted through the research monitoring device continuous power supply assurance unit.

Description

technical field [0001] The invention relates to a wide-area full-state electromagnetic environment monitoring system and method based on multi-parameter collaborative monitoring. Background technique [0002] With the continuous acceleration of power grid construction and the continuous improvement of people's living standards, people put forward higher requirements for power grid environmental protection, and power grid construction is also constantly plagued by environmental protection issues. On the one hand, complaints and disputes have occurred from time to time across the country due to power grid environmental protection issues such as the proximity of transmission lines, crossing private houses, and noise nuisance from substations and converter stations. In recent years, the number of power grid environmental complaints has been increasing, and incidents of people obstructing the construction of power transmission and transformation projects have occurred from time t...

AI Technical Summary

Problems solved by technology

[0005] (1) Unable to realize all-weather monitoring of communication

[0006] Electromagnetic environment monitoring devices mostly use suspended electromagnetic field sensors. The electric field monitoring equipment developed according to this principle is seriously affected by air humidity. Data monitoring can only be carried out when the air humidity is less than 80%. At the same time, the current electromagnetic environment measurement work often needs to carry electromagnetic environment monitoring devices, temperature and humidity meters, barometers, noise meters and other equipment, and there are many instruments to carry, which is inconvenient to operate.

[0007] (2) Monitoring data cannot be applied in multiple dimensions

[0008] The current electromagnetic environment data monitoring software cannot meet the needs of diversified data display, and the display method is too single; at the same time, the utilization of data is limited, and in-depth research is also required in terms of data query, analysis, value mining, and openness. Effective use of data

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