Smart grid scheduling system based on cloud computing

Abstract

The invention discloses a smart grid scheduling system based on cloud computing, comprising a basic cloud computing platform and at least one scheduling platform. The basic cloud computing platform comprises a distributed data bus and two computing subsystems which are standby to each other. The two computing subsystems are connected with the scheduling platform through the distributed data bus. The cloud computing platform of the smart grid scheduling system based on power intranet interconnection has powerful data collection and analytical computation ability. System maintenance, data synchronization and coordinated operation are carried out among power dispatching centers through three functional modules and the distributed bus so as to support safe and efficient operation of the smart grid scheduling system and thus ensure safe and stable operation of the smart grid.

Description

Technical field [0001] The invention relates to the technical field of smart grid dispatching systems, in particular to a smart grid dispatching system based on cloud computing. Background technique [0002] Nowadays, with the continuous expansion of power enterprises, the degree of interconnection of the power system is also getting higher and higher, and it is gradually evolving to a system of a large amount of data and information computing. my country’s west-to-east power transmission, Three Gorges grid-connected power generation, and smart grid interconnection projects will form a nationwide interconnected smart grid with large-scale large units, ultra-high voltage, and large power grids, and the smart grid dispatching system as the nerve center of the smart grid will also Facing the transformation to the operation mode of multi-regional joint collaborative computing, breaking through the information sharing method of the three-level joint dispatching plan of national, networ...

AI Technical Summary

Problems solved by technology

It is well known that the computing speed of a single computer is far from meeting the real-time computing requirements of modern increasingly complex large-scale smart grids.

[0005] In order to find a more suitable algorithm for power system dispatching data information processing, experts have been hoping to improve the computing speed by researching and designing related parallel algorithms for data processing, but the computing power has not been able to meet the needs of the actual computing problems of power grid dispatching.

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