GIS Partial Discharge Monitoring System Research Power

In recent years, with the development of the national grid, security and reliability ishigher, due to the GIS equipment covers an area of small, and the advantages of freemaintenance at the same time, played a more and more important role in power system.GIS equipment in the actual work, however, frequent failure problems also bring certainhidden danger to the stability of power system development. Through observation, foundmany GIS asked the main failure reason is because in the process of equipmentmanufacturing and installation process, caused by defective and lack for parts and repairis one of the important factors. Since the a lication of GIS equipment, in recent years alsogradually transition to the for GIS equipment maintenance of the year, so how to correctfor the GIS equipment has an objective evaluation, thus targeted to make someadjustment becomes the new challenge for maintenance of the equipment.Tell from the other party, you need an can better detect the GIS equipmenttechnology to help us better complete set, the skills of efficiency or, should first GISpartial discharge detection system. It can not only detect whether GIS insulation defectseffectively, in order to avoid the occurrence of insulation fault, to ensure the safetyoperation of the GIS equipment. In addition, can also use the GIS partial dischargesystem detection, can find the crux point yes maintenance personnel can clear, so as toimprove the efficiency of maintenance, avoid to cause unnecessary economic losses.GIS equipment of partial discharge detection system can say is developed on thebasis of this. Therefore, the main purpose of this project is the effective detection andfault diagnosis system. Through trial and error at the same time, choose the highestsensitivity and anti-jamming of the partial discharge technology, and through for thesensor, the conveying of the device with a built-in. To get maximum optimization of GISequipment, implement for GIS equipment real-time detection and positioning forloopholes. To ensure that the insulation fault reasons and types are detected, informationmust be sampled synchronously with multiple sensors.