Stacked friction nano generator based on paper base

Abstract

The invention discloses a stacked friction nano generator based on a paper base. The materials adopted by the nano friction generator are office A4 paper, conductive ink, Teflon tape, scotch tape, wires and so on. The office paper is folded into a "V" shape, and other materials are arranged on the A4 paper as required. As a supporting structure, the A4 paper also serves as a friction electrode togenerate electricity by squeezing the generator. The generator can be used to collect the mechanical movement in the environment and the mechanical energy generated by human movement, such as stretching, lifting, bending, etc., and to convert it into electrical energy to provide power to the micro-system. The invention belongs to the field of nano energy.

Description

technical field

[0001] The paper-based stacked nano triboelectric generator of the present invention is used to collect the mechanical motion in the environment and the mechanical energy generated by human motion, such as stretching, lifting, twisting, etc., and convert it into electrical energy, and can be used for IoT nodes , barrier-free perception, etc., also have great application prospects in the field of microsystems. The invention belongs to the field of nanometer energy. Background technique

[0002] In the face of global warming and the increasingly severe energy crisis, the exploration of green and renewable energy has become one of the most urgent challenges to maintain the sustainable development of human civilization. In terms of macro energy, in addition to the well-known traditional energy sources such as oil, coal, hydraulic power, natural gas, and nuclear energy that are being used in the world today, it also includes some alternative energy sources, such ...

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