基于半导体制冷的吸附式空气集水装置设计

Extracting Water from Air by Adsorption, Solar Energy, Adsorption and Desorption, Semiconductor Refrigeration

将太阳能吸附式空气取水与半导体制冷技术结合,设计出更高效更节能的空气取水装置。在系统中加入温湿传感器,通过控制传感器电流大小以及液冷系统,利用集水箱中的水实现水循环热端降温。将激光杀菌及过滤应用于系统中,利用太阳能电池板和风力发电机为全系统提供电能,实现节能环保,收集洁净卫生的可直接饮用水。

Combine solar adsorption air water intake and semiconductor refrigeration technology to design a more efficient and energy-saving air catchment device. The temperature and humidity sensor is added to the system, and the water in the water collection tank is used to cool the hot end of the water cycle by controlling the current of the sensor and the liquid cooling system. Laser sterilization and filtration are applied to the system;solar panels and wind generators are used to provide elec-trical energy for the entire system, to achieve energy-saving and environmental protection, and to collect clean, sanitary and direct drinking water.