Reactor current transformer disconnection identification method, differential protection method and device
A current transformer and differential protection technology, applied in emergency protection circuit devices, emergency protection data processing devices, circuit devices, etc., to avoid damage, prevent accident expansion, and ensure power supply safety
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[0070] The specific implementation manner of the present invention will be described in detail below with reference to the drawings and specific embodiments.
[0071] The main wiring diagram of the UHV reactor is as follows: figure 1 As shown, the current transformer and voltage transformer at the head end of the UHV reactor are respectively CT1 and PT, and the current transformer at the tail end of the UHV reactor is CT2. Usually, the label ABC is the first end of the three-phase reactor, and the phases A, B, and C of the first end are connected to the lines A, B, and C respectively; the label XYZ is the tail end of the three-phase reactor, and the three-phase short ends of A, B, and C Connect to ground directly or through a small reactor.
[0072] Below to figure 1 Taking the main wiring of a medium-ultra-high voltage reactor as an example, the method for identifying the disconnection of the current transformer of the reactor and the differential protection method of the p...
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