光控透镜与反射器技术的协同作用研究
Study on the synergistic interaction between optical controlled lens and reflector technology
毕家铭1
作者信息
摘要
关注光控透镜与反射器技术在提升城市街道照明质量方面的协同应用,这项创新性协同应用为城市主干道照明带来高效可持续的解决方案.如何克服照明效率、能源浪费和光污染等问题,实现光控透镜与反射器技术的有效协同应用等问题值得关注.强调了两种技术的多方面协同作用模式,这些技术可以根据实时交通和环境条件调节照明,提高安全性,降低能源成本,同时美化城市空间.本研究为未来城市照明系统的发展提供了新视角,展示了光控透镜和反射器技术结合的强大潜力,在环境可持续性和适应智慧城市需求方面表现出色.
Abstract
This article discusses the innovative collaborative application of Light-Controlled Lens(LCL)and Re-flector Technology in enhancing the quality of urban street lighting,offering a more efficient and sustainable new solu-tion for main thoroughfare illumination.The combination of LCL and reflectors not only improves lighting efficiency and quality but also significantly reduces energy waste and light pollution.The article also emphasizes the multifaceted col-laborative modes of these two technologies,which can adjust lighting based on real-time traffic and environmental con-ditions,enhancing safety,reducing energy costs,and beautifying urban spaces.This study provides a new perspective for the development of future urban lighting systems,showcasing the great potential of the integration of LCL and Re-flector Technology,with outstanding performance in environmental sustainability and adaptation to the needs of smart cities.
关键词
光控透镜技术/反射器技术/城市街道照明Key words
optical lens technology/reflector technology/urban street lighting引用本文复制引用
出版年
2024
NETL
NSTL
万方数据