变电站二次电缆智能布线设计与离线仿真校验系统

The intelligent cabling design and offline simulation verification system has enabled the parameterization and digitization of the entire process of substation secondary cable cabling, solving the problems of low design efficiency and insufficient quality in existing technologies, and improving the reliability and design efficiency of cabling schemes.

CN122113328BActive Publication Date: 2026-07-17HUAZHONG CONSTR & DEV GRP CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
HUAZHONG CONSTR & DEV GRP CO LTD
Filing Date
2026-04-29
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

The lack of a systematic data integration mechanism in the design of secondary cable wiring in substations leads to inaccurate matching of equipment and channel information, a lack of scientific methods for path planning, difficulty in conducting comprehensive simulation verification, low design efficiency, and easy construction adjustments, which affects the quality of cable laying and the convenience of operation and maintenance.

Method used

The system employs an intelligent cabling design and offline simulation verification system, which includes a data acquisition and association module, a topology relationship construction module, a parameter calculation module, a spatial layout module, an offline simulation module, and an interference detection module. Through the collaboration of multiple modules, it achieves parameterized and digital management of cables, enabling precise analysis and optimization throughout the entire process.

Benefits of technology

It improves the accuracy and efficiency of cabling parameter calculation, realizes the scientific and rational nature of cable laying, significantly enhances the reliability and feasibility of cabling schemes, reduces human design errors, and improves design quality and efficiency.

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Abstract

本发明涉及智能布线技术领域,变电站二次电缆智能布线设计与离线仿真校验系统,该系统中包括数据采集关联模块、拓扑关系构建模块、参数解算模块、空间布设模块、离线仿真模块、干涉检测模块及复核优化模块:获取待布设电缆的设备位置与通道属性信息,经关联整合形成初始布线参数;基于该参数遍历分析通道占用状态,确定电缆路径拓扑关系;对拓扑关系开展量化解析,得出弯曲半径参数与三维空间位置信息;以此为基准结合电缆属性完成布设规划,生成空间布设表征;据此构建离线仿真验证场景;开展周边干涉检查得到干涉校验表征;再据此复核调整路径拓扑,最终形成无干涉布线方案;本发明可以提高变电站二次电缆智能布线设计与离线仿真校验的效率。
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