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首页> 外文会议>7th international green energy conference amp; 1st DNL conference on clean energy >LOW ENERGY OFFICE BUILDING DESIGN IN HOT-DRY REGION OF YAZD CITY IN IRAN
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LOW ENERGY OFFICE BUILDING DESIGN IN HOT-DRY REGION OF YAZD CITY IN IRAN

机译：伊朗亚兹德市干旱地区的低能耗办公建筑设计

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摘要

The main idea of this sustainable building is originated from globular form of sun. In solar building globular shape the crusts are opened in order to act as solar panels to receive solar energy. Shape and direction of skins relative to globular indicate absorption and conduction of energy as a cupola inside of skins from center of globe cause to setting globe in direction of sun, so main core receive solar energy. In this office building that is located in hot and dry region of Iran in Yazd city, Qanats(subterranean canals) and conduction of these canals into building in basement and first floor, by using bridge like water canal under shadow from proper vegetation, it has been tried to change hot wind contacted with water into cool and humid by surface evaporation for passive natural ventilation of interior spaces. Mentioned facilities accompanied with green roof, movable opening between two oval skins of roof caused to ventilation and flow inside hot air, meanwhile PV panels installed on south faced of skins provide 38% of required solar power and in total create a green office building in which air conditioning system integrated with architecture.
机译：这座可持续建筑的主要思想源自球形的太阳。在球形的太阳能建筑中，外壳被打开，以用作接收太阳能的太阳能电池板。相对于球状的皮肤形状和方向指示能量的吸收和传导，因为从地球中心到皮肤内部的冲天炉使地球朝向太阳方向移动，因此主核心接收太阳能。在这座位于亚兹德市伊朗炎热干燥地区的办公楼中，通过在适当植被的阴影下使用像水渠这样的桥梁，将卡纳茨（地下运河）引导到地下室和二楼的建筑物中。试图通过表面蒸发将与水接触的热风转变为凉爽和潮湿的状态，以实现室内空间的被动自然通风。提及的设施包括绿色屋顶，屋顶的两个椭圆形蒙皮之间的可移动开口，可引起通风和热空气流动，同时安装在蒙皮南侧的光伏电池板可提供38％的所需太阳能，并总共构成了绿色办公大楼，与体系结构集成的空调系统。

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