Research on the Architecture and Implementation of Power Archive Information Platform Based on International and Local Standards
DOI:
https://doi.org/10.13052/jicts2245-800X.1426Keywords:
Electric power archives, information technology platform, international standards, local regulations, architecture design, blockchainAbstract
In the digital transformation of the power industry, archive management faces the dual-track coordination dilemma of coexisting international standards and local regulations. This study addresses this challenge by proposing a two-tier standard coordination system of “core standards + local extensions,” effectively resolving implementation conflicts among heterogeneous standards through mechanisms such as metadata mapping and compliance checking. Building on this approach, an innovative “five-layer, three-guarantee” hierarchical decoupling platform architecture covering the entire lifecycle of archives has been designed. It clearly delineates five layers: infrastructure, data resources, core services, application functions, and user interaction, complemented by three guarantee mechanisms for standards, security, and operations, ensuring the platform’s openness and scalability. To meet core business needs such as trusted archival verification, intelligent processing, and dynamic association, the research explores the application of key technologies, including blockchain for ensuring archive authenticity, artificial intelligence for intelligent classification and indexing, and digital twins for modeling dynamic mappings between archives and physical entities. At the implementation level, a four-stage model is proposed, along with a performance evaluation system encompassing infrastructure, process management, and outcome benefits, introducing business value-oriented indicators such as “completeness and accuracy of archive searches” and “cost savings from a single-set management system.” Case studies from Guangdong Power Grid demonstrate that this platform significantly improves the digitization rate of archives and the efficiency of cross-system data exchange, offering a reference solution that holds both theoretical value and practical feasibility for building a systematic and standardized archive information platform for power enterprises.
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