基于被动式超低能耗建筑需求的建筑门窗节能性能研究

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英文篇名：Energy Conservation Performance of Doors and Windows Based on Demands of Passive Ultra-low Energy Building 作者：潘玉勤 ; 常建国 英文作者：PAN Yu-qin;CHANG Jian-guo;Henan Institute of Building Science Co.,Ltd.; 关键词：典型气候区 ; 门窗系统 ; 节能性能 ; 传热系数 ; 性能提升 英文关键词：typical climate zone;;doors and windows system;;energy-saving performance;;heat transfer coefficient;;performance improvement 中文刊名：FCYY 英文刊名：Building Energy Efficiency 机构：河南省建筑科学研究院有限公司; 出版日期：2019-01-25 出版单位：建筑节能 年：2019 期：v.47;No.335 基金：国家重点研发计划重点专项项目“门窗系统节能性能提升技术研究”(2016YFC0700806) 语种：中文; 页：FCYY201901004 页数：5 CN：01 ISSN：21-1540/TU 分类号：23-27

摘要

针对制约我国建筑节能性能提升的门窗系统,基于典型气候区被动式超低能耗建筑需求,参考德国节能门窗做法,从型材材质选择及腔体截面优化设计、不同气候区节能窗玻璃系统配置、窗系统密封材料性能基本要求、五金系统等配套材料的选择、不同窗型对整窗传热系数的影响、节点做法等方面,探索实现我国门窗节能性能提升的途径。
        Concerning the problem of the door and window system restricting the improvement of building energy efficiency in China,demanding for passive ultra-low energy buildings based on typical climatic zones,and refering to the G erman energy-saving doors and windows approach,authors start from the following aspectsto explore ways to achieve energy-saving performance of doors and windows in China:1) Selecting material of the profile and optimizing its cavity section; 2) Choosing energy-saving window glass system configuration in different climate zones; 3) Determining the basic requirements for the performance of the window system sealing material; 4) Expliciting selection of supporting materials such as hardware systems; 5) Finding the influence of different window types on the heat transfer coefficient of the whole window; 6) Node arrangement,etc.

引文

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