Data exchange method for physical entity control system and virtual simulation production environment

Abstract

The invention discloses a data exchange method for a physical entity control system and a virtual simulation production environment, which is characterized in that two sets of existing communication main bodies are connected into an organic whole capable of exchanging data with each other through the method provided by the invention, and the communication main bodies comprise a set of virtual simulation production environment and a set of physical entity control system. In the virtual-real combined attack and defense target range covering the business scenes of the control layer and the equipment layer of the thermal power generating unit control system, the physical entity control system and the virtual simulation production environment can be organically combined to realize mutual data exchange between the physical entity control system and the virtual simulation production environment.

Description

technical field [0001] The invention relates to the technical field of combined virtual and real data exchange of electric attack and defense shooting ranges, in particular to a data exchange method between a physical entity control system and a virtual simulation production environment. Background technique [0002] "Network Security Law" and "Network Security Level Protection System" clarify the content and requirements of network security work, and clearly state that "once it is damaged, loses its function or data leaks, it may seriously endanger national security, national economy and people's livelihood, and public interests. Infrastructure, on the basis of the network security level protection system, implement key protection". The power system is closely connected with the production and life of modern society, and it is a key infrastructure. Once a large-scale power outage occurs, the economic loss and social impact will be huge, and the consequences will be disastro...

AI Technical Summary

Problems solved by technology

However, the implementation of traditional industrial control attack and defense shooting ranges mainly focuses on virtualization simulation platform technology. For the power industry, especially in the power generation field, the existing virtual chemical control attack and defense shooting range can only simulate control layer data, but cannot simulate equipment layer data. Power plant control system architecture mismatch

The existing industrial control attack and defense shooting range cannot carry out data linkage with the physical sand table, and lacks an intuitive display of attack and defense scenes

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