A method for changing the header structure of electricity collection data by using the wind power level

Abstract

The invention discloses a method for changing the header structure of electric power collection data by using wind power level, which can improve the anti-interference ability of electric power collection data, and avoid economic losses caused by the loss of electric power collection data to power supply companies. The steps are as follows: collect the power collection data of each substation; use the message header plus the message header category display bit plus the power collection data to transmit the data to the power collection master station; 3. Monitor the wind level around each substation; the master station Identify the message header and message header category, receive the power collection data, and send an inquiry request; when the wind level changes, notify the power collection device in the substation, and start the anti-interference mode after the changed category; the master station simultaneously starts the changed level anti-interference mode. In the interference mode, the data request information is sent; the substation transmits data to the main station of the power supply company using the combination of the changed category header and the changed category header category plus the power collection data.

Description

technical field [0001] The invention relates to a method for changing the header structure of electricity collection data by using the wind power level. Background technique [0002] At present, in order to save manpower and material resources and improve work efficiency, the power supply company uses the power collection system to collect the power collection data of each substation. Due to the huge difference in the location and environment of each substation, the power collection data of substations in some areas with harsh environments is intermittent, or even lost data, and the power data cannot be collected, which seriously affects the normal operation of the power collection system. [0003] When the wind around the substation increases, the wind will cause the distance between the wires on the tower to change significantly. When the wind is strong, it will even cause the distance between the guides to be too close, resulting in tripping of the substation lines. These...

AI Technical Summary

Problems solved by technology

Due to the huge difference in the location and environment of each substation, the power collection data of substations in some areas with harsh environments is intermittent, and even data is lost, and the power data cannot be collected, which seriously affects the normal operation of the power collection system.

[0003] When the wind around the substation increases, the wind will cause the distance between the wires on the tower to change significantly. When the wind is strong, it will even cause the distance between the guides to be too close, resulting in tripping of the substation lines. These will cause interference of different strengths. The normal transmission of power collection data is affected

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