Implementation method of power system software interface adapter

Abstract

The invention discloses an implementation method of a software interface adapter to carry out data conversion and transmission between different protocols. The method comprises the following steps: (1) setting a configuration table according to data conversion between different protocols; (2) initializing system data: when source service data is connected to the adapter, the adapter reads the configuration table to get destination service information and preliminarily processes the destination service information; and (3) converting data transmitted between different protocols. The invention provides a flexible configuration technology for information interconnection between systems with different platforms, development languages, protocols and data formats, the number, size and complexity of application program interfaces are reduced, and the maintainability and scalability of power systems are improved. According to the software interface adapter implemented by the invention, the complexity of the technology is simplified, the construction and operation costs of power systems are lowered, and interconnection between power systems is promoted.

Description

technical field [0001] The invention relates to the technical field of power system communication, in particular to a method for realizing a power system software interface adapter. Background technique [0002] At present, the communication, monitoring and data acquisition system of the power system adopts a distributed communication structure. With the application of new equipment and new technologies, there are three major problems in the communication, monitoring and data collection of terminal units in the current power system of our country: first, the work efficiency of the distributed system is low; second, there are many types of terminals , and the communication protocols are incompatible with each other; third, the data acquisition front-end subsystem of the master station (industrial control acquisition board, protocol conversion board, etc.) has poor adaptability, and the actual use effect is unsatisfactory. [0003] What the power system needs should be such a...

AI Technical Summary

Problems solved by technology

With the application of new equipment and new technologies, there are three major problems in the communication, monitoring and data collection of terminal units in the current power system of our country: first, the work efficiency of the distributed system is low; second, there are many types of terminals , and the communication protocols are incompatible with each other; third, the data acquisition front-end subsystem of the master station (industrial control acquisition board, protocol conversion board, etc.) has poor adaptability, and the actual use effect is unsatisfactory

[0004] In the process of information integration, the enterprise information service bus needs to do a lot of adaptation work in the face of different platforms, different development languages, transmission protocols and data formats, and the maintenance cost and complexity of the system will also increase with the integrated system. increase in number

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