首页> 外文会议>International Conference on Tall Buildings; Mini Symposium on Sustainable Cities; Mini Symposium on Planning, Design and Socio-Economic Aspects of Tall Residential Living Environment; 20051206-08; Hong Kong(CN) >TOWARDS BIOCLIMATIC HIGH-RISE BUILDINGS: IS A BIOCLIMATIC DESIGN APPROACH APPROPRIATE FOR IMPROVING ENVIRONMENTAL PERFORMANCE OF HIGH-RISE BUILDINGS?
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TOWARDS BIOCLIMATIC HIGH-RISE BUILDINGS: IS A BIOCLIMATIC DESIGN APPROACH APPROPRIATE FOR IMPROVING ENVIRONMENTAL PERFORMANCE OF HIGH-RISE BUILDINGS?

机译:迈向生物高层建筑:一种生物设计方法是否适当地改善了高层建筑的环境性能?

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摘要

This paper seeks to address the potential of the bioclimatic approach for improved energy efficient design and better comfort condition for the occupants in a hot humid climate in typical high-rise office buildings. An awareness of the need to conserve and minimise energy needs for heating and air-conditioning of buildings has arisen as a result of the energy crises. High-rise buildings which originated from North American are now found in almost every major city around the world, especially in the developing countries of Asia. The bioclimatic approach is concerned with problems of energy usage, air quality, amenity provided by the building to its users, and productivity, which can be affected by the environmental conditions in the building. The synthesis of all these listed important aspects is directly linked to the comfort criterion for the occupants.
机译:本文旨在探讨生物气候方法的潜力,即在典型的高层办公建筑中,在炎热潮湿的气候中,为居住者提供改进的节能设计和更好的舒适条件。由于能源危机,人们意识到需要保存和最小化建筑物供暖和空调的能源需求。如今,起源于北美的高层建筑几乎遍布全球每个主要城市,尤其是在亚洲的发展中国家。生物气候方法涉及能源使用,空气质量,建筑物向其用户提供的便利以及生产率等问题,这些问题可能会受到建筑物中环境条件的影响。所有这些列出的重要方面的综合都与乘员的舒适标准直接相关。

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