基于SNI 6197-2011和软件设计DIALux Evo 9.2的照明系统设计(以北干巴鲁工业高中为例)

Mulya Feri, C. G. Irianto
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引用次数: 0

摘要

照明是房间设计的重要因素之一。不符合标准的照明强度会影响眼睛健康和工作活动。在这项研究中,照明强度的测量是在北干巴鲁理工学院(STTP)的教室01A和图书馆进行的。流明法是确定提高室内照明质量所需灯具数量的计算方法之一。对于01A教室的照明,数学计算结果为363.23 lux,而DIALux evo 9.2软件计算结果为375 lux。这些结果有3.1%的差异,这可能是因为房间的条件,配套设备和颜色对计算结果和光的传播有影响,而没有考虑颜色的影响。但是,在使用DIALux evo 9.2软件进行计算时,表面颜色对得到的结果有影响。通过改变灯的规格使用LED灯的类型。改善照明系统的照明标准参照SNI 6197:2011。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lighting System Design Based on SNI 6197-2011 and Software-Based Design DIALux Evo 9.2 (Case Study: Pekanbaru High School of Technology)
Lighting is one of the important factors in a room design. The intensity of lighting that does not meet the standards can affect eye health and work activities. In this study, measurements of the lighting intensity were carried out at Pekanbaru College of Technology (STTP) i.e., in classroom 01A and library. Lumen method is one of the calculation methods to determine the number of luminaires required to improve the lighting quality in the room. For the lighting in classroom 01A, the mathematical calculations result in 363.23 lux while the DIALux evo 9.2 software obtained 375 lux. There is 3.1% difference in these results This might occur because the condition of the room, supporting equipment, and color has an influence on the results of calculations and the spread of light, while the effect of color is not considered. However, in calculations using DIALux evo 9.2 software, surface color has an influence on the results obtained.by changing the specifications of the lamp using the type of LED lamp. The lighting standard to improve the lighting system refers to SNI 6197:2011.
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