Through research and improvement of metal-air batteries, aluminum-air batteries with a "sandwich" structure have been produced. This project uses cheap aluminum metal as electrodes and explores and finds electrolyte materials and electrolyte storage materials which are the most effective and common in life, such as face towels, sanitary products, compressed mask materials, etc. Its aim is to reduce costs and paying attentionto practicality. While generating electricity, the raw water is initially treated to achieve the water purification effect (effectively remove SS and TP), so that it has the foundation for the expansion of the concept of water treatment. The separator material after the power generation reaction becomes a fireproof material, which makes the battery have practical applications and research significance.
通过对金属空气电池进行研究与改良,制作出“三明治”结构的铝-空气电池。本项目采用廉价的铝金属作为电极,探究并寻找效果最好的、生活中常见的电解质材料和电解质储存材料(如洗脸巾、卫生用品、压缩面膜等材料)。降低成本、注重实用。在产生电能的同时对原水进行初步处理以达到净水效果(有效去除SS、TP),使其拥有水处理扩展概念应用基础。经过发电反应后的分隔材料变为防火材料,使电池具有实际应用与研究意义。