Concentration cell

A concentration battery and electrode technology, applied in the field of high-efficiency and continuous power generation ion concentration battery, can solve the problem of low power generation efficiency, consistent pressure on both sides of electrode isolation, and difficulty in forming a solution interface where high-concentration solution and low-concentration solution are in contact, etc. problem, to achieve the effect of simple structure

Inactive Publication Date: 2017-05-31
于小峰
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Problems solved by technology

[0002] The ion concentration battery uses high-concentration solution to diffuse to low-concentration solution, and forms a potential difference on the diffusion interface due to the different diffusion rates of ions. The prior art discloses a concentration battery for sustainable power generation. The application number is 201610316408.9. Poor battery includes positive electrode, negative electrode, electrode partition, high concentration solution inlet, low concentration solution inlet, high concentration solution container, low concentration solution container, solution outlet after power generation, high concentration solution supply s...

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no. 1 approach

[0023] The first embodiment, such as figure 1 A concentration difference battery includes an electrode 1, an electrode 10, a solution outlet 2, a low-concentration solution inlet 6, and a high-concentration solution inlet 7. One of the electrode 1 and the electrode 10 is a positive electrode and the other is a negative electrode. Between the electrode 1 and the electrode 10 The solution pool is equipped with a high / low concentration solution, and the low concentration solution enters the solution pool from the low concentration solution inlet 6. Since the low concentration solution rises to form a low concentration solution flow layer 8, the high concentration solution enters from the high concentration solution inlet 7 In the solution pool, the high-concentration solution descends to form a high-concentration solution flow layer 9, the high-concentration solution flow layer and the low-concentration solution flow layer are in contact with each other and do not intersect each o...

no. 2 approach

[0024] The second embodiment, such as figure 2A concentration difference battery comprises an electrode 11, an electrode 12, a solution outlet 18, a solution outlet 17, a high-concentration solution inlet 13, and a low-concentration solution inlet 14, and the low-concentration solution enters between the electrode 11 and the electrode 12 from the low-concentration solution inlet 14 The solution pool of the solution pool forms the low-concentration solution flow layer 15, and the high-concentration solution enters the described solution pool from the high-concentration solution inlet 13, and forms a high-concentration solution flow layer 16, and the low-concentration solution flow layer 15 and the high-concentration solution flow layer 16 are connected to each other The contacts do not intersect, and the formed potential is output by the electrodes 11 and 12, one of which is a positive electrode and the other is a negative electrode. The solution after the high-concentration so...

no. 3 approach

[0025] The third embodiment, such as image 3 A kind of concentration difference battery comprises electrode 27, electrode 24, solution outlet 21, low-concentration solution inlet 26, high-concentration solution inlet 25, and low-concentration solution enters the solution pool between electrode 27 and electrode 24 from low-concentration solution inlet 26, forms low Concentration solution flow layer 19, high concentration solution enters described solution pool from high concentration solution inlet 25, forms high concentration solution flow layer 22, and the solution formed by interdiffusion of low concentration solution and high concentration solution is discharged from solution outlet 21, electrode 27 The angle ∠a formed between the electrode contact surface 20 in contact with the low-concentration solution and the horizontal plane, 90 degrees ≥ ∠a>0 degree, the angle ∠b formed between the electrode contact surface 23 and the horizontal plane formed by the high-concentration ...

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Abstract

The invention relates to a power generating device, in particular to an ionic concentration cell capable of efficiently and continuously generating power. The ionic concentration cell comprises a low-concentration solution inlet, a high-concentration solution inlet, a solution outlet, a positive electrode and a negative electrode, and can form a stable solution interface where a high-concentration solution is in contact with a low-concentration solution. The concentration cell has the advantages that the power generation efficiency is high and the structure is simple.

Description

technical field [0001] The invention relates to a power generating device, more particularly to an ion concentration difference battery with high efficiency and continuous power generation. Background technique [0002] The ion concentration battery uses high-concentration solution to diffuse to low-concentration solution, and forms a potential difference on the diffusion interface due to the different diffusion rates of ions. The prior art discloses a concentration battery for sustainable power generation. The application number is 201610316408.9. Poor battery includes positive electrode, negative electrode, electrode partition, high concentration solution inlet, low concentration solution inlet, high concentration solution container, low concentration solution container, solution outlet after power generation, high concentration solution supply system and low concentration solution supply system, The disadvantage is that there are continuously high-concentration solutions ...

Claims

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Application Information

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IPC IPC(8): H01M8/18
CPCH01M8/184Y02E60/50
Inventor 于小峰
Owner 于小峰
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