Method for controlling intelligent control device for power distribution station environment

Abstract

The invention discloses a method for controlling an intelligent control device for the power distribution station environment. The method comprises the steps that temperature and humidity information, the water immersion condition and the fire disaster condition in a power distribution station are detected in real time and uploaded to a master control module and a monitoring center; according to the temperature and humidity information, the monitoring center or the master control module sends control instructions, and an air conditioner and a fan in the power distribution station are controlled by an air conditioner controller and a fan controller so that the power distribution station environment can be adjusted; when water immersion or a fire disaster occurs, the monitoring center or the master control module gives an alarm. Through temperature and humidity collection, water immersion detection and fire disaster detection, the temperature, the humidity, the condition whether water flows into the power distribution station or not and the condition whether the fire disaster occurs or not can be detected respectively, if abnormality occurs, the alarm is given in real time, corresponding information is uploaded outwards, the power distribution station environment is monitored in all directions, and therefore power grid safety and power supply reliability are guaranteed.

Description

technical field [0001] The invention relates to a distribution station monitoring technology, in particular to a control method for an environment intelligent control device of a distribution station. Background technique [0002] With the development of social economy, the number of distribution stations is increasing and their geographical locations are becoming more and more scattered, which brings certain difficulties to periodic inspections. Not only there are many problems in the maintenance of distribution stations, but also the shortage of urban land and the emergence of modern high-rise buildings in residential areas have led to more and more distribution stations being built in wet underground. The quality of the operating environment directly affects the quality of electrical equipment. normal operation. [0003] As the end of the power grid, the distribution station is scattered geographically and has a low voltage level. It is generally unattended and is respon...

AI Technical Summary

Problems solved by technology

In addition, since the geographical location of the distribution station is relatively scattered, and no dedicated data transmission channel has been built, on the basis of realizing the monitoring function, it is necessary to solve the communication problem of monitoring data of each station

In terms of the choice of communication methods, the initial investment in the construction of dedicated lines is large, the construction cost of optical fiber communication is high, and the stability and reliability of the power line carrier system are poor.

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