Effect of Dry Wall Coating on Energy Consumption in Buildings Humid and Temperate Climate

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Zohari Sara; AZEMATI SAEED

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Journal: Housing and Rural Environment Year:2020 | Volume:38 | Issue:168 Page(s): 3-18

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Information Journal Paper

Title

Effect of Dry Wall Coating on Energy Consumption in Buildings Humid and Temperate Climate

Author(s)

Zohari Sara | AZEMATI SAEED | Issue Writer Certificate

Keywords

Western Wall coatingQ1

Rain protectionQ1

Vernacular solutionsQ1

Energy consumptionQ1

TemperateQ1

humid climateQ1

Abstract

Nowadays, ignoring the climatic features of the region and imitating other parts of the country, the choice of form and interviewing besides transforming the faces of buildings and towns and avoiding the indigenous identity of the area has made residents comfortable. The use of cement blocks and the application of roofs by metal sheets and the application of waterproofing and metal sheets in the face as well as the rust caused by the tilting of the urban landscape. Building walls, as the boundary between indoors and outdoors, play an important role in providing thermal comfort to the building. Thermal properties of the walls of buildings have a fundamental role in determining their thermal behavior. Therefore, the selection of suitable wall components is important in the creation of energy-efficient buildings, which consume less energy to provide comfort in closed spaces. It is clear that this building design approach plays a major role in creating a more sustainable artificial environment with minimal negative environmental impacts. The impact of the western body type on the energy loss from the wall has not been investigated so far. Therefore, comparing the existing solutions and choosing the optimal solution from the perspective of thermal wall performance seems necessary. In this section, the solutions used in existing buildings are reviewed in two sections, native and new, and then the impact of each of these methods on the Energy consumption of the building is compared and compared. To be. Comparison of solutions is done in two parts: villa and apartment. This study investigates new and traditional solutions for western wall protection in Temperate and humid climate of Iran to achieve the optimal solution in terms of thermal performance. Accordingly, after analyzing the library and documents, content analysis methods of index components were obtained in Guilan. Then, an open-ended interview was conducted with 8 architectural experts and an open and axial coding context theory was developed to produce the research tool (questionnaire). The results of the questionnaire were analyzed to obtain index priorities in architecture by AHP method and it was found that the component of "extension to the porch and canopies" with weight 0. 176752 had the most impact on the tilting strategy. In order to investigate the effect of rain cover protection on the Energy consumption of buildings, a residential building is simulated in three modes including tin coating, increased slope and awning, and the installation of photovoltaic cells on the roof and the results are compared and analyzed. Simulation results show that using tin coating for western wall increases the heating and cooling load and increase the building's total load by 2. 9%. Increasing slope of roof increases the amount of Energy consumption by 0. 24%, reduces the cooling load by 4. 3% and reduces the total building load by 0. 56%. Adding photovoltaic cells reduces Energy consumption by 0. 7%.

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APA: Copy

Zohari, Sara, & AZEMATI, SAEED. (2020). Effect of Dry Wall Coating on Energy Consumption in Buildings Humid and Temperate Climate. HOUSING AND RURAL ENVIRONMENT, 38(168 ), 3-18. SID. https://sid.ir/paper/390179/en

Vancouver: Copy

Zohari Sara, AZEMATI SAEED. Effect of Dry Wall Coating on Energy Consumption in Buildings Humid and Temperate Climate. HOUSING AND RURAL ENVIRONMENT[Internet]. 2020;38(168 ):3-18. Available from: https://sid.ir/paper/390179/en

IEEE: Copy

Sara Zohari, and SAEED AZEMATI, “Effect of Dry Wall Coating on Energy Consumption in Buildings Humid and Temperate Climate,” HOUSING AND RURAL ENVIRONMENT, vol. 38, no. 168 , pp. 3–18, 2020, [Online]. Available: https://sid.ir/paper/390179/en

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