Engineering data center for integration

Abstract

The invention discloses an engineering data center for integration which comprises a data integration layer, a data storage layer, a data service layer, a model conversion system and a data managementplatform. The data integration layer comprises interfaces in various forms and is used for realizing data acquisition. The data storage layer comprises different types of databases of a hybrid architecture and is used for storing structured data and unstructured data. The model conversion system converts models of various engineering design platforms into an electric construction standard BIM model in a unified mode. The data management platform is used for performing unified management on the stored data; wherein the data application layer comprises service calls in various forms and is usedfor providing access to various shared network services for terminal users, the whole data center has the functions of data acquisition, data exchange, data conversion, data storage and data management, and efficient hydroelectric engineering survey, design and construction integrated collaboration can be realized.

Description

technical field [0001] The invention relates to the technical field of engineering collaboration, in particular to an integration-oriented engineering data center. Background technique [0002] In the large-scale group companies in the construction field, in order to achieve efficient integration and coordination of hydropower engineering survey, design and construction, there is no fundamental change in the design and construction collaboration methods within the project, and the construction of a value community is difficult. The core of the group's industrial chain integration The advantages have not been fully exerted, and problems such as efficiency, core competitiveness and sustainable development need to be solved. The specific manifestations are as follows: [0003] (1) The information is not smooth, and the design results cannot effectively help the on-site production and management needs of the project, and give full play to the value, resulting in the repeated dra...

AI Technical Summary

Problems solved by technology

[0003] (1) The information is not smooth, and the design results cannot effectively help the production and management needs of the project site, and give full play to the value, resulting in the repeated drawing analysis and calculation of the construction company, the formulation of the construction stage schedule plan and the overall project plan. The deviation is large, and the plan cannot be truly realized. Guide the on-site construction work; under the traditional work mode, the design transmits information to the construction company in one direction, and the actual information on the project site cannot be sent back to the design company, resulting in the design not being able to fully meet the needs of construction and production, and timely design changes

[0004] (2) Schematic design and project implementation management based on BIM technology has gradually become a necessary condition for winning bids and contract performance, but the application trend of group design and construction integration has not yet formed

[0005] (3) There is a lack of integrated collaboration in the business and production processes of project marketing, project planning, and project management and control, lack of supporting management and control mechanisms, standard systems, and collaborative support platforms, low efficiency of information sharing and exchange between enterprises, project cost control, work efficiency, and project management. Operational and management capabilities need to be improved, etc.

[0006] (4) The data and experience of the design and construction companies within the group cannot be shared and utilized; the advantageous resources of all parties cannot be efficiently combined, and the allocation of project resources is not reasonable and cannot be optimized

[0007] (5) Several large-scale hydropower design institutes in the group have formed three different 3D design application platforms. The separation of the three design platforms, how the construction unit receives the data in the three different platform formats, cannot work collaboratively under the unified data and unified platform

The present invention realizes "intensive construction, resource sharing, and standardized management" of the entire BIM operation and maintenance platform. On the premise of not repeating construction, combined with the actual situation of the project, using big data, cloud computing, BIM technology and IOT technology, based on unified The platform integrates various subsystems, data information and service resources to improve the operation and maintenance management level and comprehensive service capabilities of the building. It is a miniaturized monitoring and collaboration platform, which cannot achieve full-cycle monitoring and resource contribution from the beginning to the completion of the building, and has not designed and investigated various intersections and modules

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