摘要
随着我国城市更新与城镇化进程的快速推进,城市地上空间越来越拥挤,立体化运用城市空间愈加受到重视,地下空间的开发利用成为发展的必然趋势。良业科技集团基于城市人因工程学视角下高品质地下空间的研究,旨在突破地下空间环境的局限性,致力于"地下空间地上化"的方案实现,打造位于北京北宫门光科技馆二期、三期的地下空间,建立了可控且媲美自然光线的健康智慧照明系统。本文阐述了上述研究和概念,结合光科技馆的实践案例,介绍了人因光环境技术的光健康、光智慧实践,及自然光导入和模拟自然光照明等照明技术,并对人因光环境设计和运用提出实证和畅想。
With the rapid advancement of urban renewal and urbanisation in China,the urban space aboveground is becoming more and more crowded,the three-dimensional use of urban space is increasingly valued,and the development and utilisation of underground space has become an inevitable development trend.Based on the research of highquality underground spaces from the perspective of urban ergonomics,Landsky Technology Group Co.Ltd aims to solve the limitations of the underground space environment,and is committed to"transforming the underground space into aboveground utilisation",which was applied in the underground space of the Phase II&III of the Light Science and Technology Museum at Beigongmen in Beijing,by building a controllable,healthy and intelligent lighting system comparable to natural light.This article describes the research and concept mentioned above,with the practical case of the Light Science and Technology Museum,it explains the light health of ergonomics light environmental technology,light-smart practices,and lighting technologies such as the introduction of natural light and natural lighting simulation;as well as puts forward the evidence and imagination for the design and application of ergonomics light environment.
作者
梁辉妙
LIANG Huimiao(Landsky Technology Group Co.Ltd)
出处
《世界建筑》
2021年第3期72-77,124,共7页
World Architecture
关键词
城市人因工程学
地下空间
地下空间地上化
光环境
光健康
自然光导入
模拟自然光照明
光科技馆
urban ergonomics
underground space
transforming underground space into aboveground utilisation
light environment
light health
natural light introduction
natural lighting simulation
Light Science and Technology Museum