Power generation cloth based on friction power generation and preparation method thereof

Abstract

The invention provides power generation cloth based on friction power generation and a preparation method thereof.The power generation cloth comprises a first friction assembly and a second friction assembly, and friction-based power generation is achieved through friction between the first friction assembly and the second friction assembly, the first friction assembly comprises a strip-shaped fabric composite layer, a conductive fabric layer and a ring-shaped fabric composite layer, the strip-shaped fabric composite layer and the conductive fabric layer are stacked in parallel, and the ring-shaped fabric composite layer surrounds the strip-shaped fabric composite layer and the conductive fabric layer which are stacked in parallel. The invention belongs to a green, clean and renewable energy source conversion technology. The power generation cloth disclosed by the invention has high elasticity, high flexibility, high flame retardance and washability. According to the power generation cloth, various mechanical energy can be converted into electric energy, the conversion efficiency is improved, and resource waste is reduced to a certain extent. 本发明提供一种基于摩擦发电的发电布及其制备方法，该发电布包括第一摩擦组件和第二摩擦组件，该第一摩擦组件和所述第二摩擦组件之间的摩擦实现基于摩擦的发电，其中，该第一摩擦组件包括：带状织物复合层、导电织物层以及圈状织物复合层，其中，带状织物复合层与导电织物层平行叠置，圈状织物复合层围绕在平行叠置的带状织物复合层和所述导电织物层的外围。本发明属于绿色、清洁和可再生能源转换技术。本发明的发电布具有高弹性、高柔韧性、高阻燃性和可水洗性。本发明的发电布能够将各种机械能转化为电能，并且提高了转化效率，在一定程度上减少资源浪费。