【作者】 尚建儒； 张俊洁； 张黎； 蔡昊燃； 颜洪；

【Author】 Jianru Shang;Junjie Zhang;Li Zhang;Haoran Cai;Hong Yan;Hainan University;Shanghai Dian Ji University;

【机构】 海南大学； 上海电机学院机械学院；

【摘要】 针对干旱国家和地区水资源匮乏问题,通过收集空气中水蒸气的方式,提出一种新型风力空气集水设备。首先,对缺水地区以及大气取水技术进行分析,选择更为理想的露水收集方式设计风力空气取水设备。其次,通过虚拟仿真测试,以自适应叶片张合风力机为核心,在差异风速下提供持续稳定的动力,相较于目前已有的集水设备,使用寿命更长、成本更加低廉。可广泛应用在干旱缺水或意外受灾导致居民饮水困难地区,为用水提供健康保障。更多还原

【Abstract】 Concerning the shortage of water resources in arid countries and regions, a new wind-powered air water collecting equipment is proposed by collecting water vapor in the air. Firstly, analyzing the area short of water and the atmospheric water intake technology, and a more ideal dew collection method is selected to design the wind air water intake equipment. Secondly, the virtual simulation test shows that the equipment has a longer service life and lower cost than the existing water collecting equipment. Takes adaptive blade tensioning wind turbine as the core, in the differential wind speed to provide continuous and stable power. It can be widely used in areas where drinking water is difficult due to drought or accidental disaster to provide water health protection.更多还原