Manual icing testing system based on natural condition and testing method of the manual icing testing system

Abstract

The invention discloses a manual icing testing system based on natural condition. The manual icing testing system comprises a measuring system, wherein the measuring system comprises a testing field, a wire rod system and a spraying system; the wire rod system is erected on the testing field; the wire rod system comprises concrete rods arranged in parallel; two layers of leads in parallel are erected up and down are erected on each row of concrete rods; two leads are arranged at each layer; the leads and the concrete rods are connected through insulators; the spraying system comprises a spraying pipeline; the spraying pipeline is parallel to the leads at the upper layer; and the spraying pipeline is provided with nozzles facing downwards. With the adoption of the manual icing testing system based on natural condition, related by the invention, the natural environment condition can be utilized well; the advantages of the natural condition and the natural environment condition can be combined; the defect that testing is carried out only depending on the natural condition is made up; the manual interference is carried out pointedly; the testing time (period) is prolonged; and ideal parameters of the testing environment can be obtained.

Description

technical field [0001] The invention relates to the field of ice coating tests, in particular to an ice coating test system. Background technique [0002] Faults caused by icing on transmission lines have always been one of the serious natural disasters in power systems at home and abroad, and there is no complete solution to the icing disaster so far. At the same time, icing on the line can easily cause galloping, which can lead to more serious disasters. The research on line icing is of great significance to the safe and reliable operation of the power grid and even the national economy. The artificial icing test system based on natural conditions is a test system platform that combines natural conditions with artificial intervention, and at the same time makes up for the shortcomings of the two, and simulates natural conditions (freezing rain, snow and other meteorological conditions) for experimental research. [0003] At present, one of the existing icing test station...

AI Technical Summary

Problems solved by technology

However, the scale of the artificial climate chamber is generally small, and the length, width and height of the internal space are all within the range of a few meters, which is far from simulating the scale of the actual line; in addition, the test conditions are completely adjusted manually, and the icing of the wires is done under natural conditions. The phenomenon formed, the artificial climate cannot completely replace the icing process of the wire under natural conditions; the cost of the artificial climate chamber is very high, and the construction cost of a 4-meter-square laboratory can easily be millions or even millions. Larger-scale laboratories Its cost has doubled, increasing the economic cost and burden of experimental research

[0006] Thirdly, at present, icing measurements are mostly carried out under the condition that the icing conductors are only subjected to gravity, and most of the natural icing test stations use straight-line icing conductors; Realize the icing test of short-distance line stalls within a few meters, which is very different from the icing state of the actual line

Secondly, most measurement systems display the collected data on the instrument for reading, such test data is not real-time and incomplete

In addition, the current commercial online monitoring instruments are mainly powered by solar batteries, and power outages often occur during the test, resulting in intermittent and incomplete data collection.

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