Intelligent transformer substation cloud system

Abstract

The invention relates to an intelligent transformer substation cloud system which is characterized by comprising an intelligent transformer substation information convergence layer, a database, a cloud service platform and intelligent transformer substation basic applications. The intelligent transformer substation information convergence layer collects a large number of real-time data collected and generated in the operational processes of intelligent transformer substations and massive historical data accumulated in the long-term service development processes of the intelligent transformer substations, and transmits the data to the database to respectively conduct storage and processing on the real-time data, conduct cloud storage and processing on the historical data, and conduct failure diagnosis and showing. The real-time data stored by the database and the historical data stored by the database are called by the cloud service platform and respectively used for conducting dispatching management, monitoring and calculation on the intelligent transformer substations. The several basic applications are achieved in the intelligent transformer substations on the basis of the cloud service platform. The intelligent transformer substation cloud system can be widely applied to the intelligent transformer substations.

Description

technical field [0001] The invention relates to a cloud system, in particular to an intelligent substation cloud system. Background technique [0002] Smart grid construction includes six links of power system generation, transmission, transformation, distribution, use, and dispatch, covering all voltage levels and generating a large amount of diverse massive data. How to store, analyze, process, and feed back these data in a timely and effective manner , is an important challenge facing the smart grid. By integrating virtualization architecture, optimizing large-scale heterogeneous information and resources, and adopting distributed storage architecture to store and manage massive data, cloud computing technology can effectively improve resource utilization in the power grid, improve system utilization, scalability, and integrated application capabilities. Reduce the cost of system construction and operation, provide a dynamic, scalable and powerful computing and analysis ...

AI Technical Summary

Problems solved by technology

However, the information platform of the existing smart substation system has certain defects in terms of scalability, flexibility and data processing under the requirements of fast and effective processing and analysis of massive data.

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