This research focuses on the study and an office building. Access to energy conservation practices. The improvement primarily to improve the building envelope. Add insulation to reduce energy consumption. But still efficient use of the building, thermal comfort and lighting standards. To model office buildings to conserve energy, the environment. And can be adopted to improve the building to other types of research approaches to find the basis of analysis of case studies, building standards. Which will lead to further energy conservation and building in other ways in the future. The sample used in this research is the Bank for Agriculture and Agricultural Cooperatives office buildings, 12 meters
findings in the variable period building. Over time, the building is proportional to the number of hours spent building T3-T2 is the result of the T3 8.30 - 12.00 am. And 13:00 to 16:30 hrs. The cooling minimum temperature inside the walls of the building. The material is taken into consideration. Room temperature, not air-conditioned first floor brick wall 1. 2. 3. brick two-storey brick wall light. Wall and found that daytime temperature will be higher if the walls are not air-conditioned areas in the following order: 1. 2 wall light brick wall, brick wall, brick, first floor, second floor 3. Due to the insulation over. Cold storage over If the relative orientation of the building. Style air-conditioned and non air-conditioned Front building, west, south, north and east respectively. Material from the facade of a glass wall. Can cause heat. And energy increased Use the south facade of the building floor plan.
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