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주거용 건물의 유형에 따른 환경조절요구에 대한 분석

An Analysis of Demand for Environmental Controls on Different Residential Building Types

Abstract

One of the most important functions of a building is to provide thermally comfortable indoor environmental conditions for the occupants. Therefore, a great deal of energy is consumed for heating and cooling to satisfy those thermal requirements. In order to provide thermal comfort with minimum heating and cooling energy consumption, optimal design of building affecting indoor climate is required. This study used the TRNSYS for modeling and simulation of the energy flows of residential building types, and examined the energy efficient measures to reduce the thermal loads. The residential building types are classified into the detached house, apartment house and high-rise residential complex. The results of the simulation show that the heating energy consumption in the detached house is especially high, whereas the cooling load is an important determinant in the apartment house and high-rise residential complex. The measures examined are the insulation thickness, various types of glazing, infiltration, natural and controlled ventilation, solar shading, orientation and etc. Comparative evaluations and sensitivity analyses revealed the effects of these variables and identified their energy efficient building design strategies.

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참고문헌 (8)

  1. Florides, G. A. and Tassou, S. A., 2002, Mea-sures used to lower building energy con-sumption and their cost effectiveness, Else-vier Science Ltd. 
  2. Baker, N. and Steemers, K., 2000, Energy and Environment in Architecture, E & FN SPON. 
  3. Choi, J.-P., 1996, Change in residential life-styles in the contemporary korean society in the context of the changes in the 3LDK apartment unit plan in the Metropolitan Seoul area, Journal of Architectural Institute of Korea, Vol. 18, pp. 3-13 
  4. Korea National Statistical Office, 1997, South Korea Statistical Yearbook 
  5. Balars, C.A. and Droutsa, K., 2002, Potential for energy conservation in apartment build-ings, Elsevier Science S. A. 
  6. Comakli, K. and Yuksel, B., 2002, Optimum insulation thickness of external walls for energy saving, Elsevier Science Ltd. 
  7. Shin, J.-J., Suh, K-Y., Heo, J.-Y., Kim, H.-Y. and Kim, C.-S., 2002, A study on the unit plan characteristics of the recent super-high-rise-apartment, Journal of Architectur-al Institute of Korea, Vol. 12, pp.11-22 
  8. Givoni, B., 1991, Performance and applica-bility of passive and low energy cooling systems, Energy and Buildings, Vol. 17, pp. 177-199 

이 논문을 인용한 문헌 (6)

  1. Choi, Yong-Don ; Kang, Yong-Tae ; Kim, Nae-Hyun ; Kim, Man-Hoe ; Park, Kyoung-Kuhn ; Park, Byung-Yoon ; Park, Jin-Chul ; Hong, Hi-Ki 2007. "Recent Progress in Air Conditioning and Refrigeration Research - A Review of Papers Published in the Korean Journal of Air-Conditioning and Refrigeration Engineering in 2004 and 2005 -" 설비공학논문집 = Korean journal of air-conditioning and refrigeration engineering, 19(1): 94~131 
  2. 2010. "" International journal of sustainable building technology and urban development, 1(2): 137~142 
  3. Park, Yool ; Park, Jong-Il 2010. "A study of Energy use Impacts by SHGCs of Windows in Detached House" 설비공학논문집 = Korean journal of air-conditioning and refrigeration engineering, 22(4): 189~196 
  4. Park, So-Yun ; Lee, Yun-Jae ; Lee, Hyun-Soo 2011. "Analysis on Electricity Consumption Characteristics of Apartments based on Architectural Planning Factors - foused on Households with a total area of 132~165㎡ in Seoul-" 生態環境建築 = Journal of the Korea Institute of Ecological Architecture and Environment, 11(5): 107~117 
  5. Choi, Min-Seo ; Chang, Seong-Ju 2013. "Comparative Analysis on the Heating and Cooling Loads Associated with U-value, SHGC and Orientation of the Windows in Different Regions" 生態環境建築 = Journal of the Korea Institute of Ecological Architecture and Environment, 13(2): 123~130 
  6. Park, Yool ; Park, Kyung-Soon 2014. "Analysis of Energy Performance for Dynamic Windows on Office Buildings" 설비공학논문집 = Korean journal of air-conditioning and refrigeration engineering, 26(10): 481~485 

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