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Efficient Lighting Design and Office Worker Productivity

机译:高效的照明设计和上班族的生产力

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Energy efficiency advocates have long known the importance of ancillary or non-energybenefits in achieving market transformation. Energy efficiency measures must meet a range ofneeds and business objectives to have an enduring impact. New research presents an excitingvalue proposition for commercial office buildings. A recent in-depth study of lighting quality andoffice worker productivity shows that realistic changes in lighting can measurably increaseworker comfort, motivation, persistence and vigilance. The research points to two profoundmarket opportunities that deserve serious attention by the energy efficiency community.The first paradigm shift is from standard direct-only troffers to task-ambient lighting.Energy savings result from an optimized lighting layout with lower ambient light levels in theroom, the use of task lighting where needed, and more efficient components (for example, T5linear fluorescent lamps and high performance T8 lamp-ballast systems).The second paradigm shift is to workstation-specific personal control using "intelligent"2technologies. Dramatic energy savings result from fewer fixtures overall, occupancy sensorstuned to individual workstations, daylight dimming at the perimeter, peak load demand response,and personal control by the user.This paper provides an overview of the research findings that will be used as the basis forchanging customer buying behaviors and a recipe for success for lighting solutions that will yieldboth energy savings and non-energy benefits. The lighting energy savings of these new systemscompared to strategies of the past is analyzed, along with a recommended market penetrationstrategy using market research and the dynamics of the construction market.
机译:能源效率倡导者早就知道辅助或非能源的重要性 有利于实现市场转型。能源效率措施必须满足以下范围 需求和业务目标产生持久影响。新研究令人振奋 商业办公楼的价值主张。最近对照明质量和 办公室工作人员的生产力表明,照明的现实变化可以显着提高 工作人员的舒适度,积极性,毅力和警惕性。研究指向两个深刻的方面 能源效率界值得我们高度重视的市场机会。 第一个模式转变是从标准的直接槽车到任务环境照明。 节能源自优化的照明布局,且室内的环境光水平较低 房间,在需要的地方使用工作照明以及更高效的组件(例如,T5 线性荧光灯和高性能T8灯镇流器系统)。 第二种模式转变是使用“智能” 2进行工作站特定的个人控制 技术。整体灯具和占用传感器减少,可显着节省能源 调整到各个工作站,周围的日光变暗,峰值负载需求响应, 和用户的个人控制。 本文提供了研究成果的概述,这些研究成果将被用作研究的基础。 改变客户的购买行为以及成功产生照明解决方案的秘诀 既节省能源又节省非能源收益。这些新系统的照明节能 分析与过去的策略相比,以及建议的市场渗透率 使用市场研究和建筑市场动态的策略。

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