研究提高区域照明环境舒适度

A. Belikov, Valeriia Zhurbenko
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引用次数: 0

摘要

目的。这项研究的目的是分析在新的现代建筑项目和现有建筑的重建中最有前途的使用自然光的方法,以及使用新光源设计人工照明和室内设计的现代方法,同时考虑到人体的心理生理状况。方法。为了实现既定的目标,我们分析了当前的照明环境标准,工作场所自然光的设计解决方案,并考虑了以第聂伯罗为例的照明的生态和气候条件。分析了现有的人工照明系统,考虑了照明水平的影响,以及光源对人类健康状况、工作能力和安全的影响。时事性。本文考虑了在最佳工作条件下提高照明环境的安全性和舒适性的问题,这既保护了工人的健康,又为保持高水平的效率创造了先决条件。科学的新颖性在于一种综合的方法来评估光和色彩环境的卫生特性,以及将结果应用于照明系统的计算和对高视觉复杂性工作场所的设计和室内装饰的建议。现实意义。研究结果可提供高、非常高、高精度的工作类别,以确保场所内工人的安全。这项工作的重要性在于需要考虑到浅色环境对工人状态的复杂影响。研究结果表明,安全舒适的照明设计应建立在多因素模型的基础上,该模型应考虑工作场所不同来源的光线照射,并强制考虑工作期间对人体健康的影响,并确定工作场所照明的能源效率
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RESEARCH AREAS TO IMPROVE LIGHTING COMFORT OF THE ENVIRONMENT
Purpose. The aim of the study was to analyse the most promising ways to use natural light in new modern construction projects and in the reconstruction of existing buildings and modern methods of designing artificial lighting and interior design using new sources, taking into account the psychophysiological condition of the human body. Methods. In order to achieve the set objectives, the current standards of lighting environment, design solutions for natural light in workplaces, were analysed and the ecological and climatic conditions of lighting on the example of Dnipro were taken into account. Existing artificial lighting systems were analysed, the impact of lighting levels was considered, as well as sources on the state of human health, ability to work and safety. Topicality. The article considers the problem of improving the safety and comfort of the lighting environment under optimal working conditions, which preserve the health of workers and create the prerequisites for maintaining a high level of efficiency. The scientific novelty lies in a comprehensive approach to evaluating the hygienic characteristics of light and colour environment, as well as the application of results for the calculation of lighting systems and recommendations for the design and interior decoration of premises for work of high visual complexity. Practical significance. The research results could be provided to ensure safety of workers in the premises, with categories of work of high, very high and highest precision. The importance of the work lies in the need to take into account the complex effect of a light-coloured environment on the state of workers. The research results proved that safe and comfortable lighting should be designed on the basis of a multifactor model that takes into account the exposure of light of different origins at a workplace with obligatory consideration of the impact on human health during work, as well as determining the energy efficiency of workplace lighting
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