System for monitoring ingredient change of insulating oil of transformer

Abstract

The invention relates to a system for monitoring the ingredient change of the insulating oil of a transformer, which comprises a detecting module for detecting the liquid state of the insulating oil of the transformer so as to obtain various physical and chemical parameters indicating the ingredients of the insulating oil of the transformer; and a processor module used for acquiring and processing the detected parameters of the detecting module so as to control the operation of the detecting module. According to the utility model, through directly or indirectly monitoring specific substances generated during the metamorphism process of the insulation oil of the transformer, the liquid state information of the insulating oil is obtained, such as the various physical, chemical and material information of the insulating oil, as well as the integrates of newly generated substances and the concentration variation information. Therefore, the quality of the insulating oil and the operation state of equipment can be comprehensively evaluated.

Description

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AI Technical Summary

Benefits of technology

This technology can monitor certain chemicals produced by an electrical device's internal components when they break down over time without interrupting its operation or causing damage. It also provides accurate data about how well it works with new oils compared to previous methods which only measured physical properties such as pressure and conductivity. Overall, this technology helps prevent failures caused due to degraded insulation from happening quickly while still providing precise measurements at different stages within the process.

Problems solved by technology

This patented describes various ways to inspect the quality and performance of oil within electrical apparatuses like transformers without interrupting their operations. These conventional solutions require either physical observation tools or periodic replacement of parts before they can continue operating properly. Additionally, current monitoring approaches only provide qualitative indications rather than quantified measures, making them less accurate compared to real time measurements. Therefore, new monitoring strategies aimed towards enhanced accuracy and efficiency would improve upon the use of advanced electronic components in electric machine insulation oil monitoring processes.

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