Electric energy quality monitoring method based on panoramic view, system and computer equipment

Abstract

The invention relates to an electric energy quality monitoring method based on panoramic view, a system and computer equipment. The method comprises the steps of acquiring original electric energy quality data of each monitoring point in an area, wherein the original electric energy quality data comprise steady-state index data and transient-state index data, according to data of a preset steady-state evaluation model and the steady-state index, obtaining a steady-state evaluation result which corresponds with a monitoring point steady-state index, according to a preset amplitude interval model and transient-state index data of each monitoring point, obtaining a transient-state evaluation result of the area; displaying the transient-state evaluation result in an area in the map of the areaand displaying a corresponding steady-state evaluation result at the monitoring point position. According to the electric energy quality monitoring method, the steady-state index of the monitoring point and the transient-state index of the area are displayed in the map in a visual mode, thereby comprehensively monitoring the electric energy quality of each monitoring point and the area.

Description

technical field [0001] The present application relates to the technical field of power supply quality monitoring, in particular to a method, system and computer equipment for power quality monitoring based on panoramic visualization. Background technique [0002] With the continuous development of the social economy and the continuous improvement of the manufacturing industry, the proportion of sensitive equipment in the production lines of some large-scale users continues to increase, and the requirements for power quality in the production process are getting higher and higher. For some special processing production lines, such as: chip manufacturing plants, chemical material processing plants, etc., the economic loss and safety problems caused by the interruption of the production process caused by power quality cannot be estimated. At present, the evaluation methods of power quality in the market are all aimed at a single index or small-scale data, aiming at regional pow...

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Problems solved by technology

For some special processing production lines, such as: chip manufacturing plants, chemical material processing plants, etc., the economic loss and safety problems caused by the interruption of the production process caused by power quality cannot be estimated

At present, the evaluation methods of power quality in the market are all aimed at a single index or small-scale data, aiming at regional power quality analysis, and cannot provide effective and comprehensive monitoring and analysis means

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