Supplier-oriented power grid engineering digitalized resource handover management system

Abstract

The invention relates to a supplier-oriented power grid engineering digitalized resource handover management system. A base frame module provides hardware foundations for a data module, a service module and an application module. The data module is based on a cloud storage architecture and adopts a sharding method to perform data management, query and application and provides data for the service module and the application module. The service module provides back-end logic service to the application module through the use of a 3D graphics engine method; the application module is based on the hardware of a rack module, obtains data from the data module, utilizes the back-end logic service of the service module and controls the output of the contents on a final interface. Compared with the prior art, the system of the invention has the advantages of providing more convenient and more efficient channels and ways for the supplier's digitalized resources to be handed over to a power company, improving the management level and efficiency, saving the cost of the enterprise hardware and software, and laying a solid foundation for big data application, intelligent decisions, and data platform support in the future.

Description

technical field [0001] The invention relates to a power grid data resource management system, in particular to a supplier-oriented digital handover resource management system for power grid engineering. Background technique [0002] With the advancement of informatization construction in the electric power industry, while informatization work has effectively promoted the work efficiency of the industry, problems such as information islands and data currentity have gradually emerged. As a new type of handover work, digital handover work is guaranteed by standards and norms, which promotes the high-speed circulation and sharing of information resources, and can solve the above problems to a certain extent. However, at present, only a few projects have begun to try to carry out digital handover, and no unified standard has been formulated in essence, and the scale has not yet been formed. In addition, in the whole process of grid project construction, each participating unit w...

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Problems solved by technology

[0003] On the other hand, the application of digital models has the characteristics of huge data volume, complex data types, high requirements for resource sharing, diversified application forms, strong collaboration, and long life cycle.

With the continuous and in-depth advancement of digital applications, suppliers such as design units, equipment suppliers, and construction units will hand over more and more digital models and information resources to power grid companies. poses a huge challenge

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