Intelligent power grid power construction environment safety monitoring and early warning method based on big data analysis and Internet of Things technology

Abstract

The invention discloses an intelligent power grid power construction environment safety monitoring and early warning method based on big data analysis and the Internet of Things technology. The method comprises the steps of carrying out the air environment parameter detection of an indoor power grid construction region environment, and carrying out the detection of wall air environment parameters and wall conduction parameters of a wall for a construction line of an indoor power grid on the wall, counting the comprehensive danger coefficient of the indoor power grid power construction environment by combining the above detection results, and achieving comprehensive monitoring of the indoor power grid power construction environment. The counted comprehensive danger coefficient of the indoor power grid power construction environment fuses the air environment danger condition and the wall environment danger condition of the construction environment. The characteristic of comprehensive monitoring indexes is reflected, the defect of singleness of a current indoor power grid construction environment monitoring mode is overcome, the reliability of a monitoring result is improved, and the high-reliability requirement of indoor power grid construction environment monitoring is met.

Description

technical field [0001] The invention belongs to the technical field of power grid construction environment safety monitoring, and relates to an indoor power grid construction environment safety monitoring technology, in particular to a smart grid power construction environment safety monitoring and early warning method based on big data analysis and Internet of Things technology. Background technique [0002] As our country gradually enters urbanization, the population of cities is increasing, which leads to more and more urban housing construction projects. At the same time, with the development of electrification and the continuous increase of household appliances, people's demand for electricity is also growing , in order to meet people's growing demand for electricity, the scope and frequency of indoor grid wiring construction for urban houses are increasing. However, since the grid laying construction is different from other types of construction, its risk is relatively...

AI Technical Summary

Problems solved by technology

However, since the grid laying construction is different from other types of construction, its risk is relatively high, so the requirements for the construction environment are relatively strict. If the construction environment is not tested during the indoor grid laying construction process, once the construction environment is not conducive to construction, and If the construction continues, it will pose a great threat to the personal safety of the construction personnel, so it is very important to monitor the construction environment of the indoor power grid

[0003] At present, most of the indoor grid construction environment monitoring methods are to detect the indoor air environment, without considering the impact of the environment of the indoor grid construction wall on the safety of the construction personnel. Since the indoor grid laying construction is basically along the wall, the environment of the wall Will directly affect the construction safety of construction workers

It can be seen that the current indoor power grid construction environment monitoring method is too simple, and the reliability of the monitoring results is low, which is difficult to meet the high reliability requirements of indoor power grid construction environment monitoring.

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