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太阳大厦火灾自动报警消防联动系统设计
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作者 于彦华 《山西建筑》 2003年第17期55-56,共2页
介绍了太阳大厦火灾自动报警消防联动系统的设计思想 ,并对该系统及消防电话、消防广播系统、设备导线选择安装等的设计方法进行了论述 ,并指出该系统设计做到了安全适用 ,技术先进 ,经济合理。
关键词 火灾 自动报警 消防联动 编码模块 系统设计 太阳大厦
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太阳大厦工程深基坑围护方案的确定
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作者 崔生万 《山西建筑》 2003年第6期54-55,共2页
介绍了太阳大厦工程深基坑围护工程施工的概况及其地质条件 ,阐述了方案的比较及选定过程 ,提出了方案的优化措施 。
关键词 深基坑 围护 工程施工 太阳大厦工程 高层建筑
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我国首座太阳能大厦
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《建筑技术开发》 2008年第12期59-59,共1页
中国首座太阳能大厦——位于河北保定的中国电谷锦江国际酒店,作为光伏发电进入商住区和光伏大厦将太阳能玻璃幕墙融入到整体设计之中,建筑的外立面采用大规模呼吸式太阳能玻璃幕墙。整座大厦的发电量可达0.3MW,相当于一个小型发电... 中国首座太阳能大厦——位于河北保定的中国电谷锦江国际酒店,作为光伏发电进入商住区和光伏大厦将太阳能玻璃幕墙融入到整体设计之中,建筑的外立面采用大规模呼吸式太阳能玻璃幕墙。整座大厦的发电量可达0.3MW,相当于一个小型发电站,发出来的电直接并入电网。 展开更多
关键词 玻璃幕墙 光伏发电 国际酒店 商住区 呼吸式 太阳大厦
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太阳广场大厦施工开挖新工艺
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作者 沈迅 《港工技术与管理》 1991年第1期44-47,共4页
关键词 太阳广场大厦 基坑 工程施工 工艺
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Techniques to Reduce the Energy Consumption in Building in Hot Arid Rejoin (Iraq) 被引量:1
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作者 Ghanim Kadhem Abdulsada Abdul Sada 《Journal of Energy and Power Engineering》 2013年第6期1052-1057,共6页
The Iraqi climate is extremely hot and arid zone covers a belt between latitude (29°N to 36°N). The energy required for air conditioning of Iraqi buildings is about 60% of the entire energy consumption in ... The Iraqi climate is extremely hot and arid zone covers a belt between latitude (29°N to 36°N). The energy required for air conditioning of Iraqi buildings is about 60% of the entire energy consumption in buildings. This research deals with the possibility of using different technics for the reducing energy consumption in buildings by blocking or eliminates the effect of direct solar radiation in summer season. This study deals with different local insulation materials which were added to the south face of walls surface of Iraqi buildings, as well as built water spray system upon the exterior roof surface to minimize the effect of incident solar radiation upon the roofs and wall surfaces. The results showed that thermal conductivity of local insulation materials (papyrus) are very low, also the results showed that when using water spray roof system, gives good indication to use this method in hot arid rejoins. 展开更多
关键词 Passive system insulation materials water spray system.
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Net-Zero Energy Building Enhancement for a Leadership in Energy and Environmental Design Platinum Educational Facility
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作者 Aydin Tabrizi Paola Sanguinetti 《Journal of Civil Engineering and Architecture》 2014年第8期963-972,共10页
In the United States, university buildings use 17% of total non-residential building energy per year. According to the NREL (National Renewable Energy Laboratory), the average lifecycle of a building in a university... In the United States, university buildings use 17% of total non-residential building energy per year. According to the NREL (National Renewable Energy Laboratory), the average lifecycle of a building in a university is 42 years with an EUI (energy use intensity) of 23 kWh/m^2/y. Current building and energy codes limit the EUI to 16 kWh/m^2/y for new school buildings; this benchmark can vary depending on climate, occupancy, and other contextual factors. Although the LEED (leadership in energy and environmental design) system provides a set of guidelines to rate sustainable buildings, studies have shown that 28%-35% of the educational LEED-rated buildings use more energy than their conventional counterparts. This paper examines the issues specific to a LEED-rated design addition to an existing university building. The forum, a lecture hall expansion of to an existing building at the University of Kansas, has been proposed as environmentally friendly and energy-efficient building addition. Comfort and health aspects have been considered in the design in order to obtain LEED platinum certificate. The forum's energy performance strategies include a double-skin facade to reduce energy consumption and PV (photovoltaic) panels to generate onsite energy. This study considers various scenarios to meet NZEB (net-zero energy building) criteria and maximize energy savings. The feasibility of NZE criteria is evaluated for: (a) seasonal comparison; (b) facility occupancy; (c) PV panels' addition in relation to double skin facade. The results of NZEB approach are compared to LEED platinum requirements, based on Rol (return on investment) and PV panel's efficiency for this specific educational building. 展开更多
关键词 NZEB double skin facade energy plus educational building PV panels LEED
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