Semiconductor ion energy generation method

Abstract

The present invention relates to a power generation method; in particular, to a semiconductor ion energy power generation method, specifically: ionic liquid is placed in a container, and then at least one group of power generation units are built into the ionic liquid, and each power generation unit is separated by a partition wall. The power generation unit comprises at least one pair of P-type semiconductor slices and N-type semiconductor slices arranged in pairs, a partition is arranged between the P-type semiconductor slices and the N-type semiconductor slices, and the electric field of the P-type semiconductor slices and the N-type semiconductor slices is in contact with the ionic liquid. The ion-electric field interaction of the ionic liquid, the positively charged ions in the ionic liquid flow to the N-type semiconductor sheet under the action of the electric field, and the negatively charged ions in the ionic liquid flow to the P-type semiconductor sheet under the action of the electric field. The type semiconductor chip is connected to the conductive terminal. The invention does not consume extra energy, does not pollute the environment, does not generate noise, and can generate electricity continuously.

Description

technical field [0001] The invention relates to a power generation method; in particular, it relates to a semiconductor ion energy power generation method. Background technique [0002] There are three basic ways to generate electric energy in the world today: electromagnetic power generation, chemical energy power generation, and photovoltaic solar cell power generation. [0003] ①Electromagnetic power generation: by consuming fossil fuels to generate kinetic energy (thermal power plant), by converting nuclear energy into kinetic energy (nuclear power plant), by converting potential energy into kinetic energy (hydraulic power plant), and by other means, sea wave, tidal, and wind power can be driven by kinetic energy Electromagnetic generators generate electricity, but the disadvantages are resource consumption, environmental pollution, and discontinuity; [0004] ②Chemical energy power generation: various acid-base salt batteries, etc., also consume resources and pollute t...

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Problems solved by technology

[0003] ①Electromagnetic power generation: by consuming fossil fuels to generate kinetic energy (thermal power plant), by converting nuclear energy into kinetic energy (nuclear power plant), by converting potential energy into kinetic energy (hydraulic power plant), and by other means, sea wave, tidal, and wind power can be driven by kinetic energy Electromagnetic generators generate electricity, but the disadvantages are resource consumption, environmental pollution, and discontinuity;

[0004] ②Chemical energy power generation: various acid-base salt batteries, etc., also consume resources and pollute the environment at the cost of short service life;

[0005] ③Solar photovoltaic power generation: high manufacturing cost, low output, low efficiency, and inability to achieve continuity

[0006] Ionic liquids in nature contain a variety of ionic energies. How to extract ionic energies to serve human beings? Relevant researchers have used many methods and conducted countless experiments, but no effective scientific principles and methods have been found so far.

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