Hybrid generator and generating method

Abstract

The present invention provides a hybrid generator and a generating method. The generator comprises a public rotating shaft, a static electricity induction generating component and a friction generating component; under the action of a flowing fluid, when an impeller of the static electricity induction generating component rotates, two rotating discs of the friction generating component are driven to rotate relative to each other; mutual slide and friction between two friction layers of the two rotating discs cause the change of contact area, two electrode layers of the friction generating component are enabled to transmit electric signals, a fluid with static electricity on the surface is in contact with the impeller of the static electricity induction generating component and then is separated from it, and electric signals are generated between the electrode layers of the impeller and equal potential. The friction generating component converts the mechanical kinetic energy of water flow into electric energy; the static electricity induction generating component collects static electricity energy in the flowing fluid. The hybrid generator, provided by the present invention, can simultaneously collect the static electricity energy and mechanical energy in the flowing fluid, and provides a way of comprehensively utilizing multiple types of energy in the flowing fluid.

Description

technical field [0001] The invention relates to a generator, in particular to a hybrid generator and a power generation method for converting various forms of energy in flowing liquid into electrical energy. Background technique [0002] Triboelectric generator is a new type of way of converting mechanical energy into electrical energy recently invented. It utilizes the mutual friction between two materials with different gain and loss electronic capabilities to transfer surface charge, which can convert widely existing mechanical energy, such as ocean waves and wind energy. , the kinetic energy of various moving objects, and the energy in the form of human activities such as walking, running, beating, etc. are converted into electrical energy to provide power for small electronic devices such as portable devices. However, many movements in nature, such as water currents, ocean waves, etc., not only include mechanical kinetic energy, but also include other forms of energy. ...

AI Technical Summary

Problems solved by technology

Existing friction generators cannot simultaneously convert different forms of energy in water flow into electricity

Images