城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2012年
22期
107
,共1页
采暖%空调%通风
採暖%空調%通風
채난%공조%통풍
heating%air conditioning%ventilating
节能减排指的目的是控制能源损耗,使废气排放减少.随着社会的发展和人们生活水平的逐步提高,对于房屋舒适度的要求也越来越高,这就提醒我们要将通风空调系统的设计等因素放在建筑设计的首位,从而提高房屋的硬件质量,最大化的满足人们的需求.现代建筑设计不仅是外观、有效面积等的设计.更着力于减少资源的消耗、降低环境污染度的绿色建筑.而通风空调的设计本身就是资源的消耗,因此节能减排就成为了通风空调系统设计和运行的重要环节.文章主要就通风空调节能减排技术进行深入的研究和分析,力求通过一定的有效措施和技术手段达到通风空调系统最优化的目的.
節能減排指的目的是控製能源損耗,使廢氣排放減少.隨著社會的髮展和人們生活水平的逐步提高,對于房屋舒適度的要求也越來越高,這就提醒我們要將通風空調繫統的設計等因素放在建築設計的首位,從而提高房屋的硬件質量,最大化的滿足人們的需求.現代建築設計不僅是外觀、有效麵積等的設計.更著力于減少資源的消耗、降低環境汙染度的綠色建築.而通風空調的設計本身就是資源的消耗,因此節能減排就成為瞭通風空調繫統設計和運行的重要環節.文章主要就通風空調節能減排技術進行深入的研究和分析,力求通過一定的有效措施和技術手段達到通風空調繫統最優化的目的.
절능감배지적목적시공제능원손모,사폐기배방감소.수착사회적발전화인문생활수평적축보제고,대우방옥서괄도적요구야월래월고,저취제성아문요장통풍공조계통적설계등인소방재건축설계적수위,종이제고방옥적경건질량,최대화적만족인문적수구.현대건축설계불부시외관、유효면적등적설계.경착력우감소자원적소모、강저배경오염도적록색건축.이통풍공조적설계본신취시자원적소모,인차절능감배취성위료통풍공조계통설계화운행적중요배절.문장주요취통풍공조절능감배기술진행심입적연구화분석,력구통과일정적유효조시화기술수단체도통풍공조계통최우화적목적.
the purpose of energy conservation and emissions reduction means is to control the loss of energy, and reduce emissions. With the development of society and people living standard gradual y improve, for building comfort requiremen-ts also more and more high, this wil remind us to ventilation and air conditioning system design in architectural design factors such as the first, so as to improve the quality of build-ing hardware,maximum satisfy people's needs.Modern archit-ecture design is not only appearance, effective area design. More focus on reducing resource consumption, to reduce the enviro-nment pol ution of green building. And ventilation and air conditioning design itself is the consumption of resources, so the energy conservation and emission reduction become the ventilation and air conditioning system design and operation of the important link.This article mainly is ventilation and air conditioning energy conservation and emission reduction technology in-depth research and analysis, makes every effort th- rough to some effective measures and technical means to achi- eve the purpose of ventilation and air conditioning system optimization.