2011国際会議発表論文

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the 12th International Conference of the International Building Performance Simulation Association, Sydney, Australia, November 14-16, 2011

  • Wu, Qiong,Weijun Gao,Hongbo Ren,A simulation-based analysis of photovoltaic system adoption for residential buildings in Asian countries
  • Gu, Qunyin,Hongbo REN,Weijun Gao,Jiangxing REN,Yongwen YANG,Adoption analysis of distributed energy resource with the climate consideration in hospital facilities of Japan
  • Shi, Xingzhi,Weijun Gao,Field study of the performance of distributed energy resource in Kitakyushu Eco-Campus, Japan

World Renewable Energy Congress –Indonesia, International Conference on Renewable Energy and Energy Efficiency, 17-19 October 2011, Bali, Indonesia

  • LIYANG FAN ,WEIJUN GAO,ZHU WANG,Potential Evaluation on the Introduction of Distribute Energy Resource in a Low Carbon Aimed Residential Block
  • RU YE,Weijun Gao,Fukabori Hidetoshi,LIYANG FAN ,Potential Analysis on the Construction of recycling-oriented Low-carbon Demonstration Area by Reusing Waste Heat from Factory or Industry

The Yellow Sea Rim International Exchange Meeting on Building Environment and Energy 2011,January 21-23, 2011, Busan, Korea

  • Xingzhi Shi,Hexiang Xu,Weijun Gao,Takao Katsura,Yasunori Akashi,Daisuke Sumiyoshi,Shouichiro Maeda,Hirotoshi Yoda,Energy Consumption of Public Buildings in Kitakyushu,pp13-20
  • Jin Yanqi,Liyang Fan,Weijun Gao,Analysis of Land Use and Living Environment Change in the Small Cities of China Part 1:A Case Study of Haining City in The Yangtze River Delta Are,pp191-196
  • Shinpei Kawano,Yasunori Akashi,Daisuke Sumiyoshi,Toshiyuki Watanabe,Hirotoshi Yoda,Weijun Gao,Takao Katsura,Shoichiro Maeda,Analysis of characteristics of the Commercial Buildings in the Kyushu District,pp179-190
  • XU Wei,Xingzhi Shi,Weijun Gao,Study on Energy Saving Effect of the Oilfield Sewage Source Heat Pump System,pp249-254
  • Lianping XU,Xingzhi Shi,Weijun Gao,Takao Katsura,Yasunori Akashi,Daisuke Sumiyoshi,Shouichiro Maeda,Hirotoshi Yoda,Analysis of Electrical Energy Consumption and Carbon Dioxide Emission of Public Facilities in Kitakyushu,pp173-178