Interface display method and device for integrated multi-dimensional information monitoring

Abstract

The invention discloses an interface display method and an interface display device for integrated multi-dimensional information monitoring. The device comprises an item information display unit, a telemetering curve display unit and an interval histogram display unit, wherein the item information display unit is used for displaying an item information display box in a monitoring interface, wherein the item information display box mainly comprises signals occurring in an affiliated interval area thereof within a preset time; the telemetering curve display unit is used for displaying a telemetering curve display box in the monitoring interface, wherein the telemetering curve display box mainly comprises the telemetering point information, a telemetering real-time curve, a telemetering average value and telemetering limit information of the interval area; and the interval histogram display unit is used for displaying an interval histogram display box in the monitoring interface, wherein the interval histogram display box mainly comprises an interval switch, real-time disconnector status, and remote-signaling light indicator and telemetering information of the interval area and the intraday action frequency information of each protection signal in the interval area. By using the method and device disclosed by the invention, the most useful information can be screened out timely, and the telemetering curve and the interval histogram can be checked simultaneously, thereby improving the speed of cable reply of a power grid.

Description

technical field [0001] The invention relates to the field of information monitoring of dispatch automation / distribution network automation systems, in particular to an interface display method and device for integrated multi-dimensional information monitoring. Background technique [0002] The dispatch automation system / distribution network automation system displays the real-time information in the power grid system to the dispatcher through alarm information and graphical interface. like figure 1 As shown, the traditional display method is to use dual-screen display, one screen mainly displays all alarm information of the whole system (that is, the alarm window), and the other screen is mainly used to call various graphs or curves. [0003] In the traditional display method, each screen only displays a single type of information. Due to the limit of the screen and the number of open windows, the dispatcher cannot see different types of information at the same time as much...

AI Technical Summary

Problems solved by technology

[0003] In the traditional display mode, each screen only displays a single type of information. Due to the limit of the number of screens and open windows, the dispatcher cannot see different types of information as much as possible at the same time. It needs to switch windows and call multiple graphics. See

On the other hand, when the power grid fails, a large number of alarm signals will be sent instantaneously, sometimes thousands of signals, and the dispatcher will be submerged in the ocean of alarm information, unable to quickly and effectively see the most important and reflect the power grid. Signals of actual faults and actions bring greater difficulty to the dispatcher in judging the accident and affect the efficiency of fault handling

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