Power dispatching, operation and management application system

Abstract

The invention relates to a power dispatching, operation and management system, in particular to a power dispatching, operation and management application system. The system adopts three big modules, namely a basic business application platform, a process platform and a data exchange platform. Through the modeling of the data and user interface of the business application, the model is stored to be an XML model definition file; and when the system operates, the XML model definition file is loaded in the operating environment and a template file predefined by the system is called to generate a WEB user interface. The system is simple to operate, has low workload and cost and short period and can specify the development method and define the file; the expansion limitation of the system is broken through, the flow interaction between different OMS systems can be realized, the informationization levels, management levels and work efficiencies of the OMS systems are increased, the data interconnection between the OMS systems can be realized; and through the horizontal and vertical data integration, the dispatching, operation and management application system can become the data support platform and business support platform used for operating and managing the grid.

Description

technical field [0001] The invention relates to an electric power dispatching operation management system, in particular to an electric power dispatching operation management application system. Background technique [0002] During the development of the power grid dispatching operation management system (ie, OMS system) in the prior art, most of the application modules are programmed in a hard-coded manner. , directly hard-coded on the source code, replacing variable variables with a fixed value. Therefore, if the input data or output format of the application is changed, the source code must be modified, and the software development methods and standards used by different systems and different modules are different, resulting in poor scalability, low compatibility, and limited scope of use. Therefore, OMS The system can only operate in a designated area, such as a department or a system at a certain level. If processes and data exchange across systems are to be performed,...

AI Technical Summary

Problems solved by technology

Therefore, if the input data or output format of the application is changed, the source code must be modified, and the software development methods and standards used by different systems and different modules are different, resulting in poor scalability, low compatibility, and limited scope of use. Therefore, OMS The system can only operate in a designated area, such as a department or a system at a certain level. If processes and data exchange across systems are to be performed, it cannot be realized due to the limitations of the application program, resulting in the informatization level and management of the OMS operating system. Low level and work efficiency

In addition, because the hard-coded application program has poor scalability, it is difficult to adapt to the rapid development of power grid operation. When expanding, the source code needs to be modified, which requires a large workload, high cost, long cycle, and non-standard development methods.

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