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In view of Kaohsiung's diverse geographical environment and urban and rural cultural characteristics, combined with the characteristics of Kaohsiung's distinctive architectural style created by Green Building Technology, in the future pursuit of energy saving and carbon reduction, smart energy-saving buildings are the future trend, from the conversion of existing buildings to Kaohsiung. Kaohsiung's distinctive buildings enable the building to be preserved forever, and also provide an in-depth understanding of the needs of the people and energy-saving benefits, so that Kaohsiung can better meet the needs of living and achieve sustainable, energy-saving and carbon-reducing functions. The improvement of existing buildings will become many difficulties in the improvement of Kaohsiung. Many fixed building bodies, building interiors and construction equipment must face the challenges of secondary engineering such as demolition and re-engineering in the process of updating and improving. Therefore, the research on the overall carbon emission of Kaohsiung Co., Ltd., which has been transformed into a translucent house, has been studied. This study explores the reduction of carbon emissions in building design before and after building improvement, equipment renewal energy efficiency, alternative energy efficiency analysis, user behavior analysis, as an overall carbon reduction assessment, reviewing the building's life cycle, building energy efficiency to improve carbon reduction benefit. List various factors affecting carbon emissions and calculate, use the building carbon footprint assessment system, analyze cases A and B, reduce the amount of carbon emissions before and after the total carbon emissions of new construction materials, understand the energy-saving improvement strategy, and consume energy during its use phase. Before and after the total carbon row was rebuilt, Case A significantly reduced the 87,775.2 carbon emissions due to user habits, while Case B did not differ greatly from the usage habits and the pre-reconstruction. The transformation of residential buildings into Kaohsiung's carbon reduction.
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