Cable partial discharge mode identification method based on depth sample enhancement
A partial discharge and pattern recognition technology, applied in the direction of testing dielectric strength, etc., can solve the problems of cable running failure, bringing errors, a large amount of training data, etc., to achieve the effect of avoiding errors, high prediction and recognition accuracy, and simple conversion process
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Embodiment 1
[0039] Such as Figure 5 As shown, a cable partial discharge pattern recognition method based on depth sample enhancement includes the following steps:
[0040] Step A: Convert the collected partial discharge time-domain signal of the cable insulation defect into an image to obtain a two-dimensional image as an initial sample set;
[0041] When collecting signals, first boost the voltage of the insulation defect until the defect breaks down, determine the breakdown voltage of the defect, then select a certain number of discharge voltage values within the defect discharge voltage range, maintain the discharge voltage, and collect the partial discharge current of the DC cable. To convert the time domain signal from signal to image, follow the steps below: Randomly select a time domain signal within a period of time from the collected time domain signal, and form the signal index value corresponding to the signal point within this period A 1×1 vector, which corresponds to a pi...
Embodiment 2
[0055] Such as Figure 5 As shown, a cable partial discharge pattern recognition method based on depth sample enhancement includes the following steps:
[0056] Step A: Convert the collected partial discharge time-domain signal of the cable insulation defect into an image to obtain a two-dimensional image as an initial sample set;
[0057] When collecting signals, first boost the voltage of the insulation defect until the defect breaks down, determine the breakdown voltage of the defect, then select a certain number of discharge voltage values within the defect discharge voltage range, maintain the discharge voltage, and collect the partial discharge current of the DC cable. To convert the time domain signal from signal to image, follow the steps below: Randomly select a time domain signal within a period of time from the collected time domain signal, and form the signal index value corresponding to the signal point within this period A 1×1 vector, which corresponds to a pi...
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