Layered monitoring system for battery charging and alternating
A monitoring system and distributed technology, applied in transmission systems, electrical components, etc., can solve the problems of poor maintainability and portability of real-time monitoring systems
Active Publication Date: 2015-01-14
STATE GRID SHANDONG ELECTRIC POWER +2
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Problems solved by technology
[0003] The purpose of the present invention is to provide a layered distributed charging and swapping monitoring system to solve the problems of poor maintainability and portability of existing real-time monitoring systems
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[0019] like figure 1 As shown, the hierarchical distributed charging and swapping monitoring system is divided into platform support layer, object model layer, application service layer and application layer above the operating system layer. Each layer in the middle provides a set of replaceable components and Each layer can also be extended with new components as needed.
[0020] (1) The platform support layer provides a set of components that have nothing to do with specific applications, and these components support highly abstract access interfaces. The platform support layer mainly provides real-time library components that support distributed access and distributed data bus components that support data transmission in the "point-to-point mode" and in the "subscription-publishing mode". Machine switching seamlessly.
[0021] The real-time library and distributed data bus for distributed access make it very easy to exchange information between the charging and swapping r...
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The invention relates to a layered monitoring system for battery charging and alternating, which is located on an operating system layer and comprises a platform supporting layer, a target model layer, an application service layer and an application layer, wherein each layer is provided with one group of exchangeable components and is expandable for new components as required. The platform supporting layer is used for providing a supporting component not associated with the application. The object model layer is used for classifying real-time business data of the battery charging and alternating station from a real-time monitoring system, and each type of data not only can be expanded for specific business data type according to self-supported self-described type information but also can be distributively transferred by relying on a self-supported flow serialization interface. The application service layer is used for providing a series of high-abstract monitoring services according to the monitoring business, and the services dealing with specific classified data rely on data interface and have no association with specific data. The layered monitoring system for battery charging and alternating has the advantages of good maintainability and portability.
Description
technical field [0001] The invention belongs to the technical field of monitoring and relates to a layered distributed charging and swapping monitoring system. Background technique [0002] The requirements of the real-time monitoring system for vehicle charging and swapping are similar to those of the grid real-time monitoring system: their functions generally include data collection, real-time data processing, real-time alarm, remote control operation, etc.; the systems generally adopt distributed deployment (communication front-end processor + data processing server + operator station). In the implementation of real-time monitoring system software, business changes and expansion are the norm. Business changes generally involve changes in data type structure, data processing, and customer display, such as adding electronic kanban guidance services in power exchange data processing; business expansion generally involves data type expansion, data processing, and client disp...
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IPC IPC(8): H04L29/08
Inventor 李同智周逢权李晓武连湛伟鉴庆之邓建慎何锡点克潇余庚宗罗开明赵成功陈志刚张新坡王致远朱艳娜
Owner STATE GRID SHANDONG ELECTRIC POWER