A front-end rendering method, system, product, and medium for distribution radio area data.

Abstract

This application discloses a front-end rendering method, system, product, and medium for distribution transformer area data, belonging to the field of power grid technology. The method includes: acquiring and preprocessing distribution transformer area data; performing transformer area topology network correction and state anomaly detection; determining branch-level models based on distribution transformer area archive data and topology network data, and realizing the mapping between branch-level models and 3D models; and realizing the dynamic presentation of distribution transformer area perception data based on 3D model components in a multimodal 3D model library of power distribution equipment and the mapping relationship between branch-level models and 3D models. The technical solution of this application achieves rapid topology network correction and timely data updates. Through "dynamic data model binding + hierarchical recursive rendering" technology, it achieves deep coupling between transformer area data and 3D scenes. Through physical inversion algorithms, it achieves second-level mapping from multi-source data to model attributes. Through three-level penetration of rendering effects, it achieves spatial positioning of abnormal states.

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