摘要
随着智能电网建设的深入推进,三维数字化设计在变电站工程中的应用日益广泛。本研究针对传统三维变电站照明模型构建过程中存在的效率低、人为误差大等问题,提出一种基于设计参数驱动的三维变电站照明模型自动生成技术。通过建立系统的设计参数体系,构建包含国标规范、工程经验和优化策略的照明规则库,结合参数化建模算法与光照仿真验证技术,实现从设计参数输入到三维照明模型输出的全自动化流程。经实际案例验证,该技术可使建模效率提升65%,照明参数准确率达到99.2%,有效提升变电站照明设计的智能化与标准化水平,为智能电网建设提供重要技术支撑。
With the in-depth advancement of smart grid construction,the application of three-dimensional digital design in substation projects is becoming increasingly widespread.This study aims at the problems of low efficiency and large human error existing in the construction process of traditional three-dimensional substation lighting models,and proposes an automatic generation technology of three-dimensional substation lighting models driven by design parameters.By establishing a systematic design parameter system,a lighting rule library that includes national standard norms,engineering experience and optimization strategies is constructed.Combined with parametric modeling algorithms and lighting simulation verification technology,a fully automated process from design parameter input to 3D lighting model output is achieved.Verified by actual cases,this technology can increase the modeling efficiency by 65%,and the accuracy rate of lighting parameters can reach 99.2%,effectively enhancing the intelligence and standardization level of substation lighting design,and providing important technical support for the construction of smart grids.
作者
曾湘聪
蔡丽
徐浩
ZENG Xiangcong;CAI Li;XU Hao(Lanzhou Yineng Electric Power Design Consulting Co.,Ltd.,Lanzhou 730050,P.R.China)
出处
《灯与照明》
2025年第6期29-31,共3页
Light & Lighting
关键词
三维变电站
照明模型
自动生成技术
智能化
three-dimensional substation
lighting model
automatic generation technology
intelligentization
