Optimization of daylight in atrium in underground commercial spaces: A case study in Chongqing, China

Dong, Lili; Yufeng, He; Qi, Qianlong; Wang, Wei

doi:10.1016/j.enbuild.2021.111739

Cited by 21 publications

(8 citation statements)

References 52 publications

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“…We developed a separate protocol for simulating the physical environment of two types of open intermediary space to assist in constructing an overall simulation framework and analyze their physical environment (26). As illustrated in Figure 1, this protocol describes the logic for changing the combinations of the factors involved in the simulation process, and clearly expresses the range of impact factors.…”

Section: Methodology Developing a Protocolmentioning

confidence: 99%

Optimization of underground open intermediary space comfort in TOD complexes: A case study of Chongqing, China

Dong

Yufeng²,

Chen³

et al. 2023

Front. Public Health

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Rapid urbanization drives social development, but at the same time brings sustainable development Rapid urbanization drives social development, but at the same time brings sustainable development advantages of expanding underground space and relieving urban traffic congestion. High quality TOD complexes with natural elements in the intermediary space have been considered as one of the important means to address sustainable urban development. Nevertheless, intermediary spaces in TOD complexes face various challenges, such as significant contradictory factors in their physical environment spaces. This study classifies the underground open intermediary space into four types according to the characteristics of TOD complexes. And for these four types'Cthe physical environment—generated by various influencing factors of planar geometric, three-dimensional geometric, and detailed construction elements—is simulated using a numerical simulation method based on a static Taguchi experiment. The results demonstrate that space shape is a primary influencing factor for luminous and thermal environments; the window-atrium ratio (W/A ratio) and hole-atrium ratio (H/A ratio) comprise contradictory factors between the luminous and thermal environments of these spaces; profile inclination angle and sunken plaza height are primary impact factors for the acoustic environment; and skylight type has minimal influence on the physical environment. On average, their luminous and acoustic environment comfort can be improved by 200%; whereas, their thermal environment comfort can be improved by 21% and the potential for optimizing it in their shallow space (underground space depth ≤ 10 m) is relatively low. Subsequently, the necessity of comfort optimization as the passive optimization design of underground open intermediary spaces' physical environment in TOD complexes in the future is discussed. Finally, the feasible path and prospect of how to improve the livability and comfort of the spatial physical environment of TOD complexes are discussed and prospected.

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Section: Methodology Developing a Protocolmentioning

confidence: 99%

Optimization of underground open intermediary space comfort in TOD complexes: A case study of Chongqing, China

Dong

Yufeng²,

Chen³

et al. 2023

Front. Public Health

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“…High-level opening sizes, wind speed, wall-to-roof void area, with and without roof overhangs above the clerestory CFD [10] Unspecified Atrium geometry, atrium height, glass type, WWR Daylight and Energy [17] Solarium house Radiance ambient parameters Daylight [12] Office buildings Atrium height, skylight height to atrium height rate(h/H) Daylight [18] Multi-story apartment buildings Shape factor, apartment floor area, WWR, skylight area and side window area, different regions Energy [27] Hotel buildings Four atrium envelope and space characteristics of the designed alternatives, orientation Energy [22] Unspecified SAR, case study, atrium's height, skylight size CFD [28] Unspecified Atrium geometry, skylight area, building height Daylight [29] Office buildings Roof-glazing size, atrium shapes, building height CFD [30] College school Four main spaces considered Viewing [25] Office buildings WWR, window area, shading equipment Daylight and Energy [31] Unspecified Skylight Integrated Photovoltaic Daylight [13] Office buildings Height, width, length (size), glazing ratio, reflectance Daylight [32] Library AR, SAR CFD [16] Office building Atrium structure design Daylight [15] Underground commercial spaces…”

Section: Year [Ref]mentioning

confidence: 99%

“…The climatic dataset file was loaded into the Ladybug Tools plug-in for Grasshopper to set the climatic parameter [41]. The building simulation model must be based on a large number of investigations and the evolution of typological abstraction, and it must be realistic in order for the study techniques and conclusions to have practical implications [15]. After extensive research based on the atriums of teaching buildings in cold regions, it was discovered that the The building simulation model must be based on a large number of investigations and the evolution of typological abstraction, and it must be realistic in order for the study techniques and conclusions to have practical implications [15].…”

Section: Basic Assumptionsmentioning

confidence: 99%

“…The building simulation model must be based on a large number of investigations and the evolution of typological abstraction, and it must be realistic in order for the study techniques and conclusions to have practical implications [15]. After extensive research based on the atriums of teaching buildings in cold regions, it was discovered that the The building simulation model must be based on a large number of investigations and the evolution of typological abstraction, and it must be realistic in order for the study techniques and conclusions to have practical implications [15]. After extensive research based on the atriums of teaching buildings in cold regions, it was discovered that the majority of college teaching buildings are point-type, line-type, and enclosed-type.…”

Section: Basic Assumptionsmentioning

confidence: 99%

“…In recent years, the growing importance of atrium design factors in relation to energy consumption and indoor environmental quality has introduced distinctive design challenges for architects [10]. Consequently, research pertaining to building atrium performance has experienced a gradual upsurge, with a predominant focus on atriums in office buildings [11][12][13][14], commercial structures [15,16], and hotel facilities [17,18]. However, there has been a relative dearth of studies addressing the performance of atriums in educational buildings, despite college teaching buildings representing a prominent category of public structures with considerable demands for thermal and daylight comfort [19].…”

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

A Case Study on Multi-Objective Optimization Design of College Teaching Building Atrium in Cold Regions Based on Passive Concept

Chen,

Cui,

Zheng

et al. 2023

Buildings

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The atrium space represents one of the most energy-intensive areas within buildings. This is especially evident in college teaching buildings, where the inclusion of atriums often leads to increased energy consumption, primarily due to enhancements in lighting and thermal comfort. To address this issue, this study investigates atriums in cold regions within college teaching buildings and establishes four distinct atrium models for such buildings through typological abstraction and evolution. This study utilizes the Grasshopper (Ladybug Tools; developed by Robert McNeel & Assoc, Inc. in the United States.) parametric performance simulation platform to simulate daylight comfort and energy consumption within the atriums. Range analysis is subsequently applied to assess the impact of variables on energy consumption, and variables with the least influence are eliminated. Subsequently, the Octopus plug-in is employed to conduct multi-objective optimization for the four atrium types, resulting in the attainment of a Pareto-optimized solution set. Following optimization, the energy efficiency rates for the four atrium types are determined as 10.3%, 17.6%, 37.2%, and 30.5%, respectively, while the daylight comfort rates experience enhancements of 4.4%, 10.4%, 44.7%, and 34%, respectively. This study provides designers with a reference for optimizing design parameters during the early stages.

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Experimental investigation on thermal performance of underground refuge chamber under natural convection and ventilation

Jin,

Zhang,

et al. 2023

Case Studies in Thermal Engineering

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Optimization of daylight in atrium in underground commercial spaces: A case study in Chongqing, China

Cited by 21 publications

References 52 publications

Optimization of underground open intermediary space comfort in TOD complexes: A case study of Chongqing, China

Optimization of underground open intermediary space comfort in TOD complexes: A case study of Chongqing, China

A Case Study on Multi-Objective Optimization Design of College Teaching Building Atrium in Cold Regions Based on Passive Concept

Experimental investigation on thermal performance of underground refuge chamber under natural convection and ventilation

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