Energy efficiency approaches in archives and library buildings in China

详细信息    查看全文

• 作者：Meifang Zhang (1)
  Yushi Wang (2)
  
  1. School of Information Resource Management ; Renmin University of China ; No.59 Zhongguancun Street ; Haidian District ; Beijing ; 100872 ; China
  2. Region of Peel ; 10 Peel Center Drive ; Suite A ; 205 ; Brampton ; ON ; L6T 4B9 ; Canada
  
• 关键词：Archives buildings ; Library buildings ; China ; Energy efficiency ; Energy ; saving measures
• 刊名：Archival Science
• 出版年：2015
• 出版时间：March 2015
• 年：2015
• 卷：15
• 期：1
• 页码：71-81
• 全文大小：171 KB
• 参考文献：1. Beijing Municipal Bureau of Statistics (2008) Basic information. Retrieved from http://www.bjstats.gov.cn/esite/bjsq/jbqk/
  2. Chen Z, Sun D (2008) 褰卞搷鎴戝浗寤虹瓚鑳借€楃殑鍥犵礌鍒嗘瀽 [An analysis of factors that affect the building energy consumption in China]. The Forum of Industry and Technology, 7(6)
  3. Chen W, Wang J, Zhang Q (1990) 妗ｆ搴撴埧澶栧洿鎶ょ粨鏋勬帰璁?[Research on envelope structures of archives storage]. Archives, 05
  4. China Academy of Building Research (2005) GB50189-2005 涓崕浜烘皯鍏卞拰鍥藉浗瀹舵爣鍑嗏€斺€斿叕鍏卞缓绛戣妭鑳借璁℃爣鍑?[National Standard of Energy Efficiency for Non-Residential Building]
  5. China Architectural Industry Web (2011) 绛戞湞鍚戜笌寤虹瓚鑳借€楃殑鍏崇郴 [The relationship between facing direction and energy consumption of buildings]. Retrieved from http://www.cnjzsj.org/news/14231217.html
  6. Guangdong Information Web (2011) Climate. Retrieved from http://www.gd-info.gov.cn/shtml/guangdong/gdgl/gdgk/dlgk/2011/08/30/48479.shtml
  7. Huang J (2010) 鑺傝兘鐜繚鎶€鏈湪妗ｆ棣嗗伐绋嬩腑鐨勫簲鐢?[The application of energy saving technologies in the construction of archives buildings]. Architectural Construction 10(32):1028
  8. Li P, Wang J, Zhang G, Yao J, Shen C (2011) 缁胯壊寤虹瓚鍦ㄦ。妗堥椤圭洰涓殑搴旂敤 [The application of green architectural technologies in archives]. Zhejiang Architecture, 6
  9. Ministry of Housing and Urban-Rural Development of the People鈥檚 Republic of China (2010) JGJ 25鈥?010/J1079鈥?010 妗ｆ棣嗗缓绛戣璁¤鑼? [Architectural design regulations for archives buildings]
  10. Pan W, Gao Y (2007) 娴呰皥鍔炲叕寤虹瓚鐨勮妭鑳芥敼閫?[A brief analysis on the energy saving approaches for office buildings]. Architecture Safety 7:59鈥?1
  11. Wang Y, Wang N (2007) 娴呰皥寤虹瓚鑺傝兘 [A brief analysis on energy saving buildings]. Shanxi Archit 33(30):252
  12. Wikipedia (n.d.) Hangzhou: geography and climate. Retrieved from https://en.wikipedia.org/wiki/Hangzhou#Geography_and_climate
  13. Yi X (2006) 鐢熸€佸浘涔﹂寤虹瓚鏂囧寲 [The architectural culture of ecological library]. Retrieved from http://www.topenergy.org/news_5879.html
  14. Yu X, Wang R, Zhai X (2009) 妗ｆ搴撴埧鍦版簮鐑车绌鸿皟绯荤粺璁捐鍙婃ā鎷熷垎鏋?[The design and simulation analysis of ground source heat pump systems in archives]. Cool Technol 1:13
  
• 刊物类别：Humanities, Social Sciences and Law
• 刊物主题：Humanities / Arts
  Cultural Heritage
  History
  Library Science
  Information Storage and Retrieval
  Organization and Planning
  
• 出版者：Springer Netherlands
• ISSN：1573-7519

文摘

This article focuses on the recent development of energy efficiency strategies in Chinese archives and library buildings. Since architectural design and construction have a significant impact on interior temperature and humidity, many approaches have been used to meet temperature and humidity standards and to increase energy efficiency. These approaches include, but are not limited to, the use of thermal insulation and heat preservation composite materials, and the strategic design of doors and windows. This article describes the application of energy-efficient techniques including exterior wall thermal insulation systems, energy efficiency doors and windows, the double-pane windows technique, house thermal insulation and heat preservation techniques, solar energy systems, as well as air-conditioning systems with ground or water source heat pumps. This article also discusses comprehensive ways to increase energy efficiency in archives and library buildings, such as ventilation, greenhouse techniques, and the utilization of the surrounding environment.