Network-province two-stage electric power spot market technical support system based on cloud platform and construction method thereof

Abstract

The invention relates to a network-province two-stage electric power spot market technical support system based on a cloud platform and a construction method thereof. A network-level electric power spot market technical support system and a provincial-level electric power spot market technical support system are uniformly constructed on the cloud platform; the network and provincial power spot market technical support system is provided with a unified operation data center, and internal data interaction and external data interaction are realized through the operation data center. The network and provincial electric power spot market technical support systems realize transverse data interaction with the network and provincial electric power dispatching center automation systems in the second safety area and the third safety area respectively. Longitudinal data interaction is realized between the network and provincial power spot market technical support systems in a second safety area and a third safety area. Data interaction between functional modules in the network and provincial power spot market technical support system is realized through a cloud platform. Operators of the network and provincial power dispatching center achieve access to the network and provincial power spot market technical support system through the cloud terminal.

Description

technical field [0001] The invention belongs to the technical field of electric power spot market, and in particular relates to a network-province two-level electric power spot market technical support system based on a cloud platform and a construction method thereof. Background technique [0002] Traditional power spot market technical support systems are usually based on conventional software and hardware platforms, which have the following disadvantages: 1) It is difficult to expand resources, and flexible configuration and automatic expansion of resources cannot be realized; 2) The application software architecture is based on physical servers, which must Spare no effort to ensure the operation of the physical server; 3) The granularity of the application module is coarse, and the application function affects the whole body, and the function expansion usually affects the existing application functions; 4) The recovery of the application is manual and cannot be automated;...

AI Technical Summary

Problems solved by technology

[0002] Traditional power spot market technical support systems are usually based on conventional software and hardware platforms, which have the following disadvantages: 1) It is difficult to expand resources, and flexible configuration and automatic expansion of resources cannot be realized; 2) The application software architecture is based on physical servers, which must Spare no effort to ensure the operation of the physical server; 3) The granularity of the application module is coarse, and the application function affects the whole body, and the function expansion usually affects the existing application functions; 4) The recovery of the application is manual and cannot be automated; 5 ) must actively back up data so that it can be restored in the event of a system error

At present, these data interaction methods are usually customized, and the standardization of the interaction methods has not been realized, which increases the difficulty and workload of data interaction and reduces the efficiency

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