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백대화(Dae Hwa Baek),백정엽(Jeong Yeop Baek),장성주(Sung Ju Chang) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
This research aims to develop personalized solutions that could cut construction costs by up to 30 percent and heating and cooling loads in existing buildings by up to 50 percent by making low-carbon, energy-efficient renovations. To reach this goal, research and development of the foundation for the optimal model for low-carbon energy efficiency in existing buildings with detailed technology, development of low-carbon energy efficiency technology packages for existing buildings, customization of low-carbon energy efficiency technology, and distribution of the optimal model for low-carbon energy efficiency based on demand are all required as making a database system that collects and sorts cases of remodeling in Korea and other countries. This will help them figure out the best way to make existing buildings use less energy and produce less carbon. Based on this, guidelines are made for future building remodeling to make the best remodeling plan. This study collected domestic and foreign remodeling design/construction cases, made a remodeling case database, made a web-based interface for the remodeling case database, and tested the applicability of remodeling targets on a test-bed.