会议名称(中文): 2015国际暖通空调与建筑能源环境大会 所属学科: 工程热物理,能源技术基础与储能节能,建筑学与建筑技术 开始日期: 2015-07-12 结束日期: 2015-07-15 所在国家: 中华人民共和国 所在城市: 天津市 和平区 主办单位: 天津大学
[ 重要日期 ] 摘要截稿日期: 2014-12-31
[ 会务组联系方式 ] 联系人: 刘俊杰 会议背景介绍: ISHVAC会议由清华大学于1991年发起。这是在中国发起的最大的国际暖通会议,在中国对暖通空调的发展,室内环境的研究和产业方面起到了显著作用。
COBEE会议由天津大学和大连理工大学于2008年发起,旨在提供一个讨论能源和环境问题,增强建筑工程师、环境科学家、建筑师、设施管理人员和政策制定者之间的协作的平台。
2015年ISHVAC-COBEE将于中国天津举办。这是建筑工程师,环境科学家,建筑师,设施管理人员和政策制定者分享他们的经验的十分难得的机会,也为来自世界各地的参与者们提供了一个学习室内外环境与能源应用研究的优秀平台。在这个美丽的城市,你将会被迷人的风景,深厚的文化底蕴和友好的人们所吸引。 中国是暖通空调设备的主要制造商和众所周知的能源消费大国之一。中国制冷空调行业2013年累计实现工业总产值超过5600亿元,与2012年同比增长近8%。在我国社会能源总消费中,建筑能耗占近30%,其中65%是HVAC能耗,数据排名全世界第一。因此,本次会议的主题是推动暖通空调技术的进步,结合建筑能耗和环境的逐步改善。我们期待在天津与您相见! 征文范围及要求: PAPER TOPICS A.HVAC 1. Building energy demand and energy performance of buildings, systems, and components 2. Air cleaning and filtration for high load and low energy consumption 3. Passive heating, cooling, and renewable energy for buildings 4. Advanced or innovative HVAC&R systems and system components 5. Integration of technologies and tools for HVAC system design and operation 6. Intelligent buildings and advanced control techniques 7. Solar cooling and refrigeration B.Built Environment and Energy 1. Advanced or innovative building envelopes, energy conservation materials, and indoor environmental techniques 2. Cabin and other semi-open space environments and their energy consumption 3. Building ventilation, infiltration, and air distribution 4. Computer tools and experimental techniques for analyzing building energy and built environments assessments 5. Retrofit and optimal operation of the building energy systems 6. Influence of climate change on building energy and environment 7. Public policies related to building energy and environment 8. Simulations and real energy consumption 9. Actual energy consumption of high performance buildings 10. The role of commissioning C.Urban/Indoor Environment and Health 1. Indoor and outdoor air quality and its health impact related to built environment 2. Indoor air quality in urban area with heavy ambient air pollution 3. Health and productivity in indoor environment 4. Indoor and outdoor lighting, lighting control, and visual comfort 5. Thermal comfort and built environments 6. Sustainable and advanced built environments |