Load management center big data platform for power system and load management method

Abstract

The invention discloses a load management center big data platform for a power system and a load management method. The system comprises a display screen and a display screen control terminal, the display screen control terminal controls output display content to be put on the display screen to be displayed, the display screen control terminal is connected with a display system middleware server through an information intranet, and the display system middleware server is connected with a display system frozen data server; the display system freezing data server is connected with the marketinglarge user bill issuing data server and the electrical load management system intranet database server. The electrical load management system intranet database server is connected with the distributedfile storage database group; according to the platform and the method, large user load characteristics and power utilization behaviors are analyzed, theoretical support is provided for load prediction and peak load shifting work of a power enterprise, and power users are enabled to deeply understand a load prediction method and load characteristics of various typical industries.

Description

technical field [0001] The invention relates to the field of power system management, in particular to a load management center big data platform applied to a power system and a supporting load management method. Background technique [0002] At present, the power system usually integrates the load management center to build the supporting negative control display system with its own traditional power marketing advantages. The display system takes the business as the core, takes senior business experts as the resource advantage, applies big data technology, and visualizes and three-dimensional electricity consumption characteristics of enterprises, regions, industries, etc. , in-depth analysis and mining of the electricity consumption behavior of all parties, to realize the integration of business monitoring, business integration, user guidance, government platform, etc., to enhance the window effect of the customer service center, and also for electricity user-oriented elec...

AI Technical Summary

Problems solved by technology

The system cannot see the distribution density of users from the map display window, which is not conducive to the power company's prediction and analysis of large user loads

[0006] (2) Defects of future load forecasting

[0012] (5) Defects of monotonous content basic information:

[0013] The display content of the big data platform of the original load management center is a bit monotonous, only showing some basic information, without deep mining, refining and display

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