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How Lighting Can Address Acoustic Control in the Modern Office Setting

机译:照明如何解决现代办公环境中的声学控制

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One of the downsides of contemporary office design has been the unforeseen effects of noise, poor acoustic control and lack of privacy that can affect productivity in the workplace.Modern office environments can present acoustic challenges due to design choices about physical layout, elimination of sound-absorbing elements while, at the same time, emphasizing materials that exacerbate the situation, Common architectural elements like unfinished ceilings and fewer closed offices can significantly reduce the number of acoustic-controlling elements in the environment.Most office workers fluidly cycle between the need for collaborative interaction and concentrated solo work, and herein lies the problem, A typical open office will generate noise levels of 60-65dB while focused, concentrated work requires a level significantly lower at 40-55dB, Furthermore, typical office workforces are more-or-less split between individual workers and interactive workers who can spend over 60% of their time working collaboratively. Current science tells us that we have a bandwidth capacity to process only 1.6 human voices at any given time, and anymore becomes added noise, Hypertension, impaired cognition, and general lack of concentration are all results of a poor acoustic environment, In addition, office and public spaces require a certain level of speech privacy for both productivity and legal reasons.
机译:当代办公设计的缺点是噪声,声学控制和缺乏隐私的无法预料的效果,可能会影响工作场所的生产率。办公室环境可能会出现声学挑战,因为设计有关物理布局的设计选择,消除声音 - 吸收元素的同时,同时强调加剧情况的材料,普通的建筑元素,如未完成的天花板和更少的封闭式办公室可以显着减少环境中的声学控制元素的数量。大多数办公室工作人员在对协作的需求之间流畅循环互动和集中的独奏工作,在此处呈现问题,典型的开放式办公室将产生60-65dB的噪声水平,同时聚焦,集中工作需要在40-55db的40-55db下显着降低,此外,典型的办公员工是更常见的在个人工人和互动工人之间分裂,他们可以花费超过60%的时间协同工作。目前的科学告诉我们,我们在任何给定时间都有一个带宽能力来处理1.6人类的声音,并且再增加噪音,高血压,认知,并且普遍缺乏浓度的声学环境的结果,此外,办公室公共空间需要一定程度的语音隐私,以便生产力和法律原因。

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  • 来源
    《Buildings》 |2021年第4期|30-31|共2页
  • 作者

    Dirk Zylstra;

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