Power grid real-time information three-dimensional dynamic intelligent display system

Abstract

The invention relates to a power grid real-time information three-dimensional dynamic intelligent display system and belongs to the smart grid field. The system comprises a 3D graphics processor, a database server, a control server, an information display module, an information display control management module, an information display mobile control module, a large screen, a large screen control module and a data communication module; the 3D graphics processor is of a distributed structure, the display resolution of the 3D graphics processor is matched with the resolution of the large screen,so that the 3D graphics processor can realize the conversion of data and graphs, display 3D scenes, and display real-time information on the large screen in a centralized manner; and the database server exchanges data with the business systems of users so as to provide data display data and information. According to the system of the present invention adopted, a three-dimensional display technology is utilized, texts, graphs, videos, animations and other expression forms are combined together to perform centralized, dynamic, real-time and thematic display of power grid dispatching operation data, and therefore, the external display capability of a power grid can be effectively improved.

Description

technical field [0001] The invention belongs to the field of smart grids, and relates to a three-dimensional dynamic intelligent display system for real-time information of a grid. Background technique [0002] In recent years, with the rapid growth of the power grid scale, the dynamic behavior of the power system has become increasingly complex. The monitoring system provides regulators with a large amount of real-time monitoring data of power grid operation, such as voltage, frequency, load, power flow, alarm, etc. These parameters reflect the power grid operation. basic state. However, in the existing business system, most of these real-time data are very scattered and distributed in different display interfaces or even different business systems, which cannot be presented in a centralized and orderly manner, and it is difficult to conduct sufficient comparison and analysis, which is not conducive to the monitoring and control of regulators. Analyzing the operating statu...

AI Technical Summary

Problems solved by technology

However, in the existing business system, most of these real-time data are very scattered and distributed in different display interfaces or even different business systems, which cannot be presented in a centralized and orderly manner, and it is difficult to conduct sufficient comparison and analysis, which is not conducive to the monitoring and control of regulators. Analyzing the operating status of the power grid also greatly restricts the further improvement of dispatching work efficiency

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