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作 者:刘振华 LIU Zhenhua(People’s Government of Xinglongwa Town,Aohan Banner,Chifeng 024323,China)
机构地区:[1]内蒙古自治区赤峰市敖汉旗兴隆洼镇人民政府,内蒙古赤峰024323
出 处:《中国照明电器》2025年第1期153-155,共3页China Light & Lighting
摘 要:本研究旨在利用电子工程技术优化室内照明系统,提高照明性能和能效,同时满足不同场景下的多样化需求,从而实现节能与视觉舒适性的平衡。研究设计了一个基于高效驱动技术、智能控制算法和多维传感器反馈的室内照明系统实验平台。通过模拟家庭、办公和商业三种典型场景,测试了照度、显色指数、功率因数等关键指标,并分析了不同优化技术的性能表现。结果表明,不同场景下的优化设计在视觉舒适性、节能效果和展示效果方面均具有显著优势。This study aims to use electronic engineering technology to optimize the indoor lighting system,improve the lighting performance and energy efficiency,and meet the diverse needs of different scenarios,in order to achieve a balance between energy saving and visual comfort.This study designed an experimental platform of indoor lighting system based on efficient driving technology,intelligent control algorithm and multidimensional sensor feedback.By simulating three typical scenarios of home,office and business,key indicators such as illumination,color rendering index and power factor are tested,and the performance of different optimization technologies is analyzed.The results show that the optimization design of different scenes has significant advantages in visual comfort,energy saving effect and display effect respectively.
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