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可控任务照明对生产力的影响:一项工厂实地研究

The influence of controllable task-lighting on productivity: a field study in a factory.

作者信息

Juslén Henri, Wouters Marius, Tenner Ariadne

机构信息

Philips Lighting BV and Helsinki University of Technology, Lighting Laboratory, Idman Oy, Mattilantie 75, PL 4, Mäntsälä, Finland.

出版信息

Appl Ergon. 2007 Jan;38(1):39-44. doi: 10.1016/j.apergo.2006.01.005. Epub 2006 Mar 9.

Abstract

This study examines whether or not a controllable task-lighting system that allows people to select high lighting levels will enhance productivity under real working conditions. For a period of 16 months a study was carried out in a luminaire factory in Finland in which such a task-lighting system was installed above 10 individual workstations. The illuminances selected by the users were recorded and productivity was monitored. Enhancing productivity can be relevant in industrial processes. The increase of productivity for the test group was +4.5% compared to a reference group, and statistically significant. The mechanism for this increase can be improved visual performance, biological effects of light, or psychological effects. Different dimming speeds were used to see whether the subjects' choices were based on illuminance or on the response of the control system. Decreasing the dimming speed of the system decreased the illuminance chosen by 13%. However, at slower dimming speeds the subjects took 55% longer to reach a given level, which suggests that they were aiming to set the lighting to their preferred level and not just pushing the button for a certain time.

摘要

本研究探讨了一种可控的任务照明系统,该系统允许人们选择较高的照明水平,在实际工作条件下是否会提高生产率。在芬兰的一家灯具厂进行了为期16个月的研究,在10个独立工作站上方安装了这样的任务照明系统。记录了用户选择的照度,并监测了生产率。提高生产率在工业生产过程中可能具有重要意义。与参照组相比,测试组的生产率提高了4.5%,且具有统计学显著性。生产率提高的机制可能是视觉性能的改善、光的生物学效应或心理效应。使用了不同的调光速度来观察受试者的选择是基于照度还是基于控制系统的响应。降低系统的调光速度会使所选照度降低13%。然而,在较慢的调光速度下,受试者达到给定水平所需的时间要长55%,这表明他们的目标是将照明设置到自己喜欢的水平,而不仅仅是在一定时间内按下按钮。

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