Remote monitoring method and system for full-range analog machines of nuclear power station

Abstract

The invention discloses a remote monitoring method and system for full-range analog machines of a nuclear power station. The system comprises a client side (100) and a nuclear power station full-range analog machine server (200). The client side (100) is used for establishing a nuclear power station analog machine simulation interface view which is identical to the project file organizational structure of a nuclear power station full-range analog machine to be monitored on the basis of SimDV software, and extracting the parameter variables of the system frames of all analog systems under the simulation interface view. The client side (100) is further used for sending selected monitoring parameters to the nuclear power station full-range analog machine server (200) after the selected monitoring parameters are written in a datagram format. The nuclear power station full-range analog machine server (200) is used for extracting the monitoring parameters in a datagram, searching for the real-time values of the monitoring parameters, and sending the real-time values back to the client side (100) after the real-time values are written in the datagram format. The client side (100) is further used for extracting the real-time values of the monitoring parameters in the datagram, and displaying the real-time values of the monitoring parameters.

Description

technical field [0001] The invention relates to the technical field of nuclear power plant simulator monitoring, and more specifically, relates to a remote monitoring method and system for a full range of nuclear power plant simulators. Background technique [0002] The development of full-range simulators for nuclear power plants is a key link in the construction of nuclear power plants. The full-scale simulators for nuclear power plants have the characteristics of long development cycles, various types of model systems and their parameters, large amounts of parameters, and mutual coupling between model systems. The commissioning process of the full-range simulator of a nuclear power plant is extremely complicated. However, in the existing technology, debuggers can only perform data debugging of the full range of nuclear power plant simulators based on the nuclear power plant simulator development platform, so the workload of the debuggers is huge, and the efficiency of dat...

AI Technical Summary

Problems solved by technology

[0002] The development of full-range simulators for nuclear power plants is a key link in the construction of nuclear power plants. The full-scale simulators for nuclear power plants have the characteristics of long development cycles, various types of model systems and their parameters, a large number of parameters, and mutual coupling between model systems. The debugging process of the full range simulator of nuclear power plant is extremely complicated

However, in the existing technology, debuggers can only perform data debugging of the full range of nuclear power plant simulators based on the nuclear power plant simulator development platform, so the workload of the debuggers is huge, and the efficiency of data debugging of nuclear power plant simulators is extremely low

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