A rapid deployment system and method for substation automation software

Abstract

The invention discloses a rapid deployment system and method for substation automation software, which packs the substation automation software that needs to be deployed, stores its dependent root files, configuration files and existing application software together, and forms a software package; The operating virtual environment of the software package configures independent process ID space, system resources, security firewall and operating environment network parameters for the operating process of the software package; according to the set virtual environment and configuration parameters, run the software package to complete Deployment, the present invention integrates the substation automation software, its dependent tripartite libraries, and corresponding configuration files into a software package, and integrates a complete operating configuration. After delivery to the user, one-key deployment can be completed, and it can run normally after deployment , greatly improving work efficiency.

Description

technical field [0001] The invention relates to a rapid deployment system and method of substation automation software. Background technique [0002] Substation automation, information monitoring, and online office are all inseparable from computer software. These software operations are based on hardware servers. At present, mainstream servers use X86 structure, and the operating system mostly uses Linux security operating system. However, there are two problems in this One is that there are many brands and versions of the Linux system, which makes the deployment, configuration, and upgrade of power system applications very cumbersome. The second is that various application software depend on the operating system. server, resulting in waste of resources. [0003] At present, there are mainly two methods for solving the above problems adopted by the prior art, one is to rent a cloud service of the public network to deploy one's own application, and the other is to install a...

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Problems solved by technology

But both methods have certain disadvantages

[0004] First of all, the deployment method using public network cloud services. For substation automation applications, the network used by the substation is isolated from the public network, and cloud services cannot be used. At the same time, due to the uniqueness of the substation, its real-time power monitoring and accident analysis The requirements for high precision are extremely high. In the case of centralized deployment of cloud services, it is difficult for network transit to meet real-time requirements.

[0005] Secondly, for the method of installing another layer of virtual machines on the operating system, mirroring technology is usually used to build virtual machines or build networks and caches to completely simulate a computer. It is good, but it is not suitable for huge substations, and the whole power system is even more difficult to promote

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