基于Ecotect Analysis软件的集装箱建筑透明围护结构优化设计
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摘要
文章首先对大连民族大学建筑学院实践教育基地集装箱建筑中的一个房间进行实地尺寸测量,然后在Ecotect Analysis软件中进行1:1建模,从热湿环境及光环境两个方面分析采用现有材质窗时室内温度、太阳辐射、窗自身得热量等的分布,以及室内空调系统制冷制热功耗情况,根据模拟结果给出透明围护结构的优化建议,并对比优化前后室内热湿环境、光环境的变化。
In this paper, the field size of a room in the container building of the practical education base of the School of Architecture of Dalian Minzu University is measured, and then the 1:1 modeling is carried out in the Ecotect Analysis software. The distribution of indoor temperature, solar radiation, heat gain of window itself and the power consumption of refrigeration and heating of indoor air conditioning system are analyzed from two aspects of thermal and wet environment and light environment. According to the simulation results, the optimization suggestions of transparent enclosure structure are given, and the changes of indoor thermal and wet environment and light environment before and after optimization are compared.
In this paper, the field size of a room in the container building of the practical education base of the School of Architecture of Dalian Minzu University is measured, and then the 1:1 modeling is carried out in the Ecotect Analysis software. The distribution of indoor temperature, solar radiation, heat gain of window itself and the power consumption of refrigeration and heating of indoor air conditioning system are analyzed from two aspects of thermal and wet environment and light environment. According to the simulation results, the optimization suggestions of transparent enclosure structure are given, and the changes of indoor thermal and wet environment and light environment before and after optimization are compared.
引文
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[3]韩影,李晓杰,寇飞,等.浅析建筑Low-E玻璃的应用[J].建设科技,2018(09):67-69.
[2]陆耀庆.实用供热空调设计手册(第二版)[M].北京:中国建筑工业出版社,2008.
[3]韩影,李晓杰,寇飞,等.浅析建筑Low-E玻璃的应用[J].建设科技,2018(09):67-69.