An integrated processing method for heterogeneous data fusion in power station systems

Abstract

The invention discloses an integrated processing method for a power station system heterogeneous data fusion. The integrated processing method for the power station system heterogeneous data fusion comprises the following steps that a data base transmits data to a server in real time, the server transmits the received data to a heterogeneous data integrated storage and processing platform in real time, the heterogeneous data integrated storage and processing platform stores and processes the received data, and the heterogeneous data integrated storage and processing platform transmits the processed data to each data source system. Compared with the prior art, the integrated processing method for the power station system heterogeneous data fusion achieves the fusion of heterogeneous data of different operation systems in a heterogeneous data processing platform EXA, the conditions of multiple replication input of same information and data distortion are avoided, it is guaranteed that the data can be updated synchronously, the maintainability of the system is improved, and the real-time performance, the consistency and the accuracy of the data are improved; the data sharing of enterprises can be achieved with the help of the integrated processing method for the power station system heterogeneous data fusion, and the scientificity and the rationality of management and decision making are improved.

Description

technical field [0001] The invention belongs to the technical field of digital information transmission and processing, and relates to an integrated processing method for heterogeneous data fusion, in particular to an integrated processing method for heterogeneous data fusion oriented to a power station system. Background technique [0002] There are many different business systems in traditional power plants. These scattered business systems may come from different manufacturers, so each business system has its own database, resulting in heterogeneous data. The data information between these heterogeneous data cannot be compared with each other. Sharing and mutual isolation are easy to form a common phenomenon in the current enterprise information construction - information islands; scattered and different business systems lead to multi-port data collection, and the same data may be different in different business systems; at the same time, the same Information needs to be ...

AI Technical Summary

Problems solved by technology

[0002] There are many different business systems in traditional power plants. These scattered business systems may come from different manufacturers, so each business system has its own database, resulting in heterogeneous data. The data information between these heterogeneous data cannot be compared with each other. Sharing and mutual isolation are easy to form a common phenomenon in the current enterprise information construction - information islands; scattered and different business systems lead to multi-port data collection, and the same data may be different in different business systems; at the same time, the same Information needs to be input repeatedly, which not only increases extra labor, but also tends to cause data distortion; different business systems also lead to diversified use and maintenance of enterprises, and poor synchronization of information updates, which seriously affects the real-time and consistency of data Due to the lack of functional interaction and information sharing between business systems, different business processes in the enterprise are prone to disconnection, which affects the smooth progress of business and operation management; isolated information systems cannot provide cross-department and cross-system comprehensiveness Information, all kinds of data cannot form valuable information, partial information cannot be promoted to management knowledge, and cannot provide enterprise operation data as a whole, so it cannot support the scientific decision-making of enterprise management

[0003] In summary, the heterogeneous data of traditional power stations affect the real-time, consistency and accuracy of data; affect the smooth progress of business and operation management; affect scientific decision-making

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