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Based on energy-efficient high-rise office building natural lighting Design Strategy

Author: ZhouXueFan
Tutor: ChenHong；LiBaoFeng
School: Huazhong University of Science and Technology
Course: Architectural Design and Theory
Keywords: Natural lighting High-rise office building Energy
CLC: TU113.5
Type: Master's thesis
Year: 2010
Downloads: 294
Quote: 0
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Abstract


In recent years , with the rapid development of urbanization , urban land use issues continue to exacerbate tensions . In this context , high-rise office buildings have mushroomed in large cities emerged and quickly gained popularity . High-rise office buildings in the conservation land at the same time , because of its huge volume , it also brings such as : energy consumption, urban environmental destruction and a series of environmental and social issues . Especially in high-rise buildings because of their body mass , and the average depth is large, the core area of the building plan artificial light lighting needs , leading to building artificial illumination annual energy consumption in the building throughout the year in the proportion of total energy consumption reached 20 % -30 %, compared with other types of high-rise buildings by 10 % -15%. This article will focus on the alignment of the background high-rise office building lighting , lighting environment , trying to ease the way to introduce natural light artificial light lighting energy consumption big problem. Therefore, this paper Radiance computer software simulation method common in real life , such as : square, circle , equilateral triangle, cross, square -point stitching high-rise office buildings as well as 7 different aspect ratios layer slab high-rise office building standards plane to simulate natural lighting conditions , and then by changing the area over several planes , core tube position , atrium design simulation again , and simulated data for quantitative analysis in order to compare the different conditions on the high-rise office building standards plane layer of natural lighting effects . This data is derived based on the introduction of natural light plane after each artificial lighting can save energy . And use this data as an evaluation of each layer of high-rise office building standards -based energy saving target plane natural lighting performance evaluation basis , to obtain the use of natural light make up artificial lighting design strategy . Finally, practical projects to explore the effectiveness of the design strategy .

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CLC: > Industrial Technology > Building Science > Building the basic sciences > Building physics > Building optical > Daylighting
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