Morning meeting informatization support system based on cloud publishing technique

Abstract

The invention relates to the field of electronic analysis auxiliary equipment and in particular to a morning meeting informatization support system based on a cloud publishing technique. The morning meeting informatization support system comprises a server, a client and an interface module, wherein the interface module comprises an external data interface and a remote data upload interface; the server comprises a data interface service module, a data access service module, a database, a data service module and a visualization service module; the client is provided with a browser for browsing morning meeting information published by the server. By adopting the system, morning meeting information is published to local companies in a service mode on the basis of a B/S (Browser/Server) mode ofbrowser application, and repeated investment of informatization systems with identical functions is avoided.

Description

technical field [0001] The invention belongs to the field of electric power analysis auxiliary equipment, and in particular relates to an early meeting information support system based on cloud publishing technology. Background technique [0002] The smart grid supported by the information platform has many defects in the application of the current business system, especially the lack of data virtualization application and deduction ability. From the perspective of existing data application, the current construction of various systems in power companies mainly focuses on the objective use of existing data, and lacks short-, medium-, and long-term deduction of intrinsic data. Among them, the establishment of a virtual model based on intrinsic data and its deduction The method is relatively lacking in the existing power research and application fields; the power system behavior pre-identification and verification function supported by virtual and real data linkage is lacking, ...

AI Technical Summary

Problems solved by technology

From the perspective of existing data application, the current construction of various systems in power companies mainly focuses on the objective use of existing data, and lacks short-, medium-, and long-term deduction of intrinsic data. Among them, the establishment of a virtual model based on intrinsic data and its deduction The method is relatively lacking in the existing power research and application fields; the power system behavior pre-identification and verification function supported by virtual and real data linkage is lacking, which leads to the disconnection between the application of real data and simulation calculation data, and it is difficult to form mutual support and coordination. Mutual authentication, which exacerbates the problem of underutilization of data applications

The linkage application and mutual verification technology of multi-dimensional information under the constraints of information regulations is relatively weak, which leads to certain data differences and data misinterpretation in information generation, collection, processing, application, etc., making it difficult to compare Good realization of seamless integration between data and further realization of linkage application of multi-dimensional data

The lack of multi-information customized real-time fusion modeling technology has resulted in the organic fusion of information in the use of information and the effective ratio of effective information volume to information volume after information fusion is extremely low. Related application methods are severely limited to the simple accumulation of information dimensions, making it difficult to Realize the flexible integration and efficient use of information

The lack of human-machine interface simulation technology based on virtual power plants in the panoramic interoperable power grid operation simulation environment leads to low ability to combine online working condition data in practical applications, and it is difficult to complete the fusion generation and mapping of power grid operation research states in real time. In the digital simulation library, it is difficult to form a corresponding simulation operation method to study the data utilization rate is low. Traditional power calculations and simulations are often based on one-sided single system calculations. The results obtained only have a one-sided expression of the system and lack a unified description of data link linkage. , there is a lack of powerful application methods for the comprehensive utilization of multi-dimensional data such as power system operation and power station

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