Abstract
In energy-saving buildings, unlike the construction technologies of conventional buildings, elemental technologies for implementing building sustainability and green buildings are applied in complex and diverse ways allowing the management elements of construction projects to gradually increase. Further, more efficient project implementation separate from the traditional methods is required to implement the energy-saving buildings due to the high level technology required and the decision-making processes of effective technology application in terms of cost, are also necessary. In this study, we intend to establish an integrated design method and process for high-rise zero-carbon green homes of South Korea and present the analysis results of the construction details and energy performance derived from the effective project implementation. As a result, the final energy performance simulation implemented using the technologies, materials, and details selected by the proposed integrated design method confirmed, in the areas of heating, cooling and lighting as the primary goal of this study, 87% reduction of heating and more than 50% reduction of power, verifying the proposed integrated design process and passive details can be a solution that is applicable to high-rise apartment buildings.
