제로에너지빌딩의 기술 패키지 구성을 위한 기초 연구

The KOREA government take a read the various policy and system for reducing greenhouse gases and activating economic advantage through saving the energy consumption in buildings. So the zero energy building was proposed by many country and researcher. The zero energy building is mean that the loss energy in the building envelope minimized by thermal insulation of high efficiency and 4 track window. And this has minimized to energy consumption through renewable energy by photovoltaic and geothermal. For the realization of the zero energy building, many technology was applied and developed. But the systematic library of the material and equipment for construction of zero energy building was not builded. Also the simulation tool is not easy to predicted energy performance by these DB. So the DB is need to be a suitable library for energy analysis tool at the building energy performance. The library contained the DB of building material and equipment. This DB must be contained systematic and realistic information of building material and equipment. The building material and equipment through DB should be easy to combination of each material and to choice of user. Also this must be contained reliability of performance. This study was proposed the passive tech package proposal and active tech package proposal for construction of tech package in zero energy building. The passive tech package was constructed by material-module-package about considering the input of analysis tool. The active tech package was constructed by equipmentmodule-package about considering the equipment choice after load calculation. Also that was considered the input of analysis tool. By this study, the authors choose the input value of the passive tech package and active tech package. And the passive tech package DB was builded the wall material, glazing and frame of window, the door material and accessories and the solar control device material and motor. Active tech package DB was builded each equipment from the heat source, the cool source, pump, AHU, fan, lighting, renewable heat source and renewable power.