干热地区水帘幕墙被动式蒸发冷却技术研究

作者：葛超刘鸣王玉娇曾婷婷

单位：新疆建筑设计研究院有限公司

摘要：干热地区室内水蒸气在分压力差的作用下向室外扩散，且室内外存在一定量的自然通风，二者均会使室内相对湿度降低。提出了适用于干热地区的被动式蒸发冷却技术，通过搭建试验台模型并进行测试，研究了水帘幕墙对室内环境的降温效果，验证了这种降温技术的可行性。分析了在水帘幕墙作用下室内空气的变化过程，并与传统空调方式进行了能效对比，为今后相关设备的优化设计提供理论基础。

关键词：干热地区水帘幕墙被动式蒸发冷却热压水蒸气扩散

作者简介：葛超，男，1991年生，大学，工程师830002新疆乌鲁木齐市光明路125号E-mail:399306681@qq.com;
基金：“十三五”国家重点研发计划项目“藏区、西北及高原地区利用可再生能源采暖空调新技术”(编号：2016YFC0700400);

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参考文献[1] 邱静，李保峰.被动式蒸发冷却下向通风降温技术的研究与应用[J].建筑学报，2011(9):29- 33.

[2] GIVONI B.Comfort,climate analysis and building design guidelines[J].Energy and buildings,1992,18(1):11- 23.

[3] 邱静.被动复合式下向通风降温技术在建筑中应用的可行性研究：以武汉高校为例[D].武汉：华中科技大学，2012:8- 9.

[4] 邱静，李保峰，邱裕.被动式蒸发冷却下向通风降温技术在中庭中应用的思考[J].华中建筑，2011,29(11):60- 63.

[5] 贾曼，黄翔，严锦程，等.风塔型蒸发冷却通风降温系统研究[J].暖通空调，2019,49(5):95- 98.

[6] 孙一坚，沈恒根.工业通风[M].4版.北京：中国建筑工业出版社，2010:186- 195.

[7] 张华玲，刘朝，付祥钊.多孔墙体湿分传递与室内热湿环境研究[J].暖通空调，2006,36(10):29- 34,38.

Research on water-curtain wall passive evaporative cooling technology in hot and dry zone

Ge Chao Liu Ming Wang Yujiao Zeng Tingting

(Xinjiang Architecture Design Institute Co., Ltd.)

Abstract: Indoor water vapor diffuses outdoors under the action of partial pressure difference in hot and dry zone, and there is a certain amount of natural ventilation in indoor and outdoor air, both of which will reduce the relative humidity of the rooms. The passive evaporative cooling technology suitable for hot and dry zone is proposed, the cooling effect on the indoor environment of the water-curtain wall is studied by building a test bench model and conducting tests, and the feasibility of this cooling technology is verified. The change process of indoor air under the action of water-curtain wall is analysed, and the energy efficiency is compared with that of the traditional air conditioning method, which provides a theoretical basis for the optimization design of related equipment in the future.

Keywords: hot and dry zone; water-curtain wall; passive evaporative cooling; stack effect pressure; water vapor diffusion;

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