Method and architecture for standard and automatic deployment of power dispatching centralized control systems

Abstract

The invention discloses a method and architecture for standard and automatic deployment of power dispatching centralized control systems. The method comprises the following steps of: installing a physical machine operation system and configuring an ssh password-free access connection; carrying out networking to download and install open source container cluster arrangement software and start an open source container cluster service; successfully pulling an issued business container mirror image and an issued tool container mirror image from a private mirror image library; compiling a containerarrangement configuration file; uploading the container arrangement configuration file to container arrangement management software, and starting and operating a corresponding container through the container arrangement management software according to specification information of the configuration file; and monitoring whether to adjust business container load. According to the method and architecture, a full-container application deployment manner is used for building power dispatching software background monitoring systems, so that the deployment efficiency and success rate are greatly enhanced, and joint debugging complexity among monitoring subsystem modules is reduced.

Description

technical field [0001] The invention belongs to the field of electric power dispatching centralized control system, and in particular relates to a standardized automatic deployment method and framework of electric power dispatching centralized control system. Background technique [0002] The construction and maintenance of traditional power substations and dispatching stations are relatively complicated, and multiple infrastructure servers need to be initially configured according to the scale of the power station, including database storage servers, scada monitoring servers, web application servers, report servers, public network data access servers, etc. , These background server architectures often require separate configuration of active and standby servers, separate backup servers, report servers, and corresponding failover software. With so many background servers, different operating systems and application system software need to be installed. Such a complex networ...

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Problems solved by technology

Such a complex network topology and the deployment and implementation of various application services require debugging engineers to be familiar with the overall system architecture and have a deep understanding of the software and hardware environment in order to build and implement the system as a whole. In actual work, different debugging methods During the on-site implementation process, some applications are often not installed correctly or some services cannot be run correctly. After investigation, it is found that it is usually caused by program installation or configuration errors, which delays the precious debugging cycle.

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