CN-122020764-A - Nuclear power service configuration management method and system based on digital collaborative design mode

CN122020764ACN 122020764 ACN122020764 ACN 122020764ACN-122020764-A

Abstract

The invention provides a nuclear power service configuration management method and system based on a digital collaborative design mode, which belong to the technical field of nuclear power service management and comprise the steps of acquiring corresponding configuration item data and nuclear power service design files in a nuclear power service configuration management range; the method comprises the steps of carrying out snapshot on corresponding configuration item data in the management range, generating version information, automatically creating association relation between files and the data, carrying out configuration item state check on association input of the data, carrying out release control on the data after the state check is passed, and pushing the released data to a product provider through a network port so as to carry out production activities. The invention realizes the accurate control of the data level in the nuclear power business design process.

Inventors

ZHU LIJUN
HE YING
WANG GUOQIANG
SUN YICHUN
XUE JIAYING
WANG KE
YAO XUDONG
LIU CHENGYU
CHEN HAN
LAI HUIFENG
CAO ZHEN
YU WEIPING
CHEN JIAYU

Assignees

上海核工程研究设计院股份有限公司
国核自仪系统工程有限公司

Dates

Publication Date: 20260512
Application Date: 20260121

Claims (10)

1. The nuclear power service configuration management method based on the digital collaborative design mode is characterized by comprising the following steps of: Acquiring corresponding configuration item data and a nuclear power service design file in a nuclear power service configuration management range; snapshot is carried out on the corresponding configuration item data in the management range, version information is generated, and the association relation between the file and the configuration item data is automatically established; Performing configuration item state check on the associated input of the configuration item data, and performing release control on the data after the state check is passed; the released data is pushed to the product provider through the network port to conduct the production campaign.
2. The nuclear power service configuration management method based on the digital collaborative design mode according to claim 1, wherein the version information includes a file version number and a number of data snapshots, the file version number increases with design changes, and the number of data snapshots increases after each locking.
3. The nuclear power business configuration management method based on the digital collaborative design mode according to claim 1, wherein the configuration item data includes an item list area, a configuration item list area, and an attribute parameter area; The project list area is a structural tree comprising project names, a main configuration library, a base line library, a release library and base line and release identifiers; the configuration item list area is a structure tree comprising a configuration item name and a configuration item version; The attribute parameter area is in the form of a list and is divided into three different attribute columns according to the basic attributes, object parameters and associated inputs.
4. The nuclear power service configuration management method based on the digital collaborative design mode according to claim 1, wherein the associated input includes information related to a file number, a file version, a change order number and a file state.
5. The nuclear power business configuration management method based on the digital collaborative design mode according to claim 1, wherein the association of the design file and the configuration item data is realized by corresponding matching of basic attribute information of an attribute parameter area in the configuration item data and related information of the design file.
6. The nuclear power business configuration management method based on the digital collaborative design mode according to claim 1, wherein the configuration item status check includes confirming a release status and an outgoing status of a file, wherein the design file release status associated with the configuration item data is a released node status in a file release flow node, the outgoing status is also from an outgoing flow of the file and corresponds to the released node status, and when the file release status associated with the data is released and is released, the passing is indicated.
7. The nuclear power business configuration management method based on the digital collaborative design mode according to claim 1, further comprising a change management function, wherein a neural network structure diagram is adopted for visualizing a data structure in the digital collaborative design platform, the data structure comprises a parent level, a child level, an association and an associated object and object attributes, various association relations are distinguished by different line types, and attribute parameters of the object are distinguished by colors.
8. The nuclear power business configuration management system based on the digital collaborative design mode is characterized by comprising the following components: the data acquisition module is configured to acquire corresponding configuration item data and nuclear power service design files in a nuclear power service configuration management range; The information generation module is configured to snapshot corresponding configuration item data in the management range, generate version information and automatically establish association relation between files and the configuration item data; The data release module is configured to perform configuration item state check on the associated input of the configuration item data, and release control the data after the state check is passed; A data pushing module configured to push the released data to a product provider through a network port to conduct a production campaign.
9. An electronic device comprising a memory and a processor, and computer instructions stored on the memory and running on the processor, which when executed by the processor, perform the digital co-design mode based nuclear power service configuration management method of any one of claims 1-7.
10. A computer readable storage medium storing computer instructions which, when executed by a processor, perform the method of digital co-design mode based nuclear power business configuration management of any of claims 1-7.

Description

Nuclear power service configuration management method and system based on digital collaborative design mode Technical Field The invention belongs to the technical field of nuclear power service management, and particularly relates to a nuclear power service configuration management method and system based on a digital collaborative design mode. Background The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art. Under the great background and large environment of the age of the development of the society driven by the industrial development and the digital technology, the digital practical application and transformation in the field of nuclear power engineering design are being developed in a tight drum. Because the nuclear power engineering has the characteristics of large data volume, complex equipment structure, high quality requirement, frequent data transmission, multiple professional interfaces and the like, all large related enterprises do not select the digital collaborative design platform as a solution at the same time so as to improve the design quality level of the nuclear power engineering and form transformation synergy from digital technology. But at the same time, it brings new problems and challenges, especially in terms of configuration management: 1) The data version control is difficult; The granularity of configuration management in the digital collaborative design mode is changed from the traditional file level to the data level, the number of configuration items and the information quantity are greatly increased, the digital collaborative design platform does not have the configuration management capability of the data level, the data state cannot be identified and tracked, the phenomenon of 'blind data box' exists, and the uncertainty of the data state becomes one of potential factors for generating design quality problems for the nuclear power industry with extremely severe safety requirements. 2) The change management is complex, and the influence transfer is difficult to track; In the process of carrying out design activities by adopting the digital collaborative design platform, because each specialty carries out collaborative design based on the same data model, when the upstream specialty carries out design change, chain reaction is also generated on the downstream specialty at the same time, but the downstream specialty does not know the change condition due to lack of effective mechanism evaluation change influence, so that the design file cannot be updated in time, the phenomenon of inconsistent design file and data model is generated, and design conflict or rework is caused. 3) The configuration management flow and the business flow are disjointed; the configuration management flow cannot be effectively embedded into the actual business flow, so that the flow is two-skin, and the execution and supervision of the configuration management activity cannot be effectively implemented only by the administrative management means. Disclosure of Invention In order to overcome the defects of the prior art, the invention provides a nuclear power service configuration management method and system based on a digital collaborative design mode, which are used for establishing a unified configuration management data model and standard, strengthening the change influence analysis and version traceability, constructing a cross-organization and cross-stage configuration management collaboration mechanism, strengthening the coupling of a configuration management platform and the digital collaborative design platform, organically connecting data and services, and forming a configuration management paradigm under the digital collaborative design mode. To achieve the above object, one or more embodiments of the present invention provide the following technical solutions: The invention discloses a nuclear power service configuration management method based on a digital collaborative design mode, which comprises the following steps: Acquiring corresponding configuration item data and a nuclear power service design file in a nuclear power service configuration management range; snapshot is carried out on the corresponding configuration item data in the management range, version information is generated, and the association relation between the file and the configuration item data is automatically established; Performing configuration item state check on the associated input of the configuration item data, and performing release control on the data after the state check is passed; the released data is pushed to the product provider through the network port to conduct the production campaign. In a second aspect, the invention discloses a nuclear power service configuration management system based on a digital collaborative design mode, which comprises: the data acquisition module is configured to acquire corresp