Fault hologram system based on standardization processing technology and method thereof

Abstract

The invention discloses a fault hologram system based on standardization processing technology and a method thereof. The fault hologram system based on the standardization processing technology is used to widely, comprehensively, and synthetically display fault transient processes in a station from a perspective of fault increment reflection, facilitates timely and accurate fault condition understanding, scientifically analyzes fault reasons, rapidly judges occurring positions, natures and severity degrees of faults, and optimizes the power grid fault treatment process. The fault hologram system is developed by using data treatment techniques of data automation fusion and the like, is based on a multipoint region fault information synthesis analyzing thought after the faults, unifies and standardizes treatment methods through wave shapes, sampling point time scales and sampling frequency, achieves whole process dynamic display of data in different data sources on the same timer axis, uses booting logic based on combination of sampling characteristic value and switching value gallery attributes, automatically locks a fault sampling gallery, synthesizes the faults onto a fault analysis platform for normalization treatment, and improves fault treatment efficiency.

Description

technical field [0001] The invention relates to the field of power grid fault holographic systems, in particular to a fault holographic system based on standardized processing technology and a method thereof. Background technique [0002] In recent years, with the continuous expansion of the scale of the power grid and the continuous strengthening of connections, the power transmission capacity of the power grid has been effectively improved, but the probability of the spread of local faults has greatly increased. and the time required for system recovery processing. At present, three technical support systems, namely fault recorder networking, relay protection information, and traveling wave ranging, have been built and operated, and have played an active role in equipment operation management and fault analysis and processing. At present, the waveforms, sampling time scales, and sampling frequencies of different data sources in most operating fault information systems are...

AI Technical Summary

Problems solved by technology

At present, the waveforms, sampling time scales, and sampling frequencies of different data sources in most operating fault information systems are not uniform. Fault analysis needs to be switched repeatedly in different systems and different windows, and the whole process cannot be displayed dynamically on the same time axis, which is not conducive to Fast and accurate analysis of faults

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