摘要
本文主要研究了照度、光能利用效率和建筑节能,同时考虑了装配式建筑照明设计中多个设计指标,以求达到建筑环境的整体最优。文章系统阐述了照明系统设计的流程与步骤、装配式建筑照明需求与设计适配性分析、照明系统设计中的装配式构件集成策略、照明系统设计的数字化与信息化技术应用。并通过构建多维度评估模型,提出融合光学性能优化与装配协同性的创新设计方法。研究发现,基于建筑信息模型平台的照明数字化设计,结合物联网智能控制技术,可实现照度动态匹配与能耗优化,配合高反射率预制建材,降低照明能耗,为装配式建筑的可持续发展提供技术支撑。
This paper primarily investigates illuminance,light energy utilization efficiency,and building energy conservation,while also considering multiple design indicators in the lighting design of prefabricated buildings to achieve overall optimization of the architectural environment.The article systematically elaborates on the design process and steps of the lighting system,analyzes the adaptability of lighting design to prefabricated building requirements,explores integration strategies for prefabricated components in lighting system design,and discusses the application of digital and information technologies in lighting system design.By constructing a multidimensional evaluation model,the study proposes an innovative design method that integrates optical performance optimization with assembly coordination.The findings reveal that the digital lighting design process based on the Building Information Modeling(BIM)platform,combined with IoT-enabled smart control technology,enables dynamic illuminance matching and energy consumption optimization.Coupled with high-reflectance prefabricated building materials,this approach reduces lighting energy consumption,providing technical support for the sustainable development of prefabricated buildings.
作者
暴剑楠
董芸博
包晓佳
BAO Jiannan;DONG Yunbo;BAO Xiaojia(Intelligent Manufacturing College,Kaifeng Vocational College,Kaifeng 475100,Henan,P.R.China)
出处
《灯与照明》
2025年第6期26-28,共3页
Light & Lighting
关键词
装配式建筑
照明系统设计
建筑信息模型
能源效率
prefabricated building
lighting system design
building information modeling
energy efficiency
