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Chemical energy and electric energy conversion device

A technology of electrical energy conversion and chemical energy, applied in the field of electrochemistry and electricity, can solve the problems that electrolyte technology has not made a substantial breakthrough and is difficult to implement

Inactive Publication Date: 2019-06-14
ENTROPY ZERO TECH LOGIC ENG GRP CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Traditional chemical energy to electrical energy conversion devices (such as fuel cells) have an electrolyte in contact with the two electrodes between the electrochemical regions (that is, between the two electrodes), and the electrolyte technology has not made a substantial breakthrough, precisely because of the electrolyte. The industrialization of traditional chemical energy to electrical energy conversion devices has been difficult to implement

Method used

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  • Chemical energy and electric energy conversion device
  • Chemical energy and electric energy conversion device
  • Chemical energy and electric energy conversion device

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0225] Such as figure 1 The shown chemical energy to electrical energy conversion device includes a conductive reducing agent region A1 and a conductive reducing agent region B2, and the conductive reducing agent region A1 is provided in an electrically non-conductive relationship with the conductive reducing agent region B2 via a micro-gap 12 .

[0226] As a changeable implementation mode, in this embodiment, the conductive reducing agent region A1 can be selectively set to have a non-electronic electrical relationship with the conductive reducing agent region B2 through the micro-gap 12, and the conductive reducing agent region A1 is set as a three-dimensional electrode A and / or the conductive reducing agent region B2 is set as a three-dimensional electrode B.

Embodiment 2

[0228] Such as figure 2 The shown chemical energy to electrical energy conversion device includes a conductive reducing agent area A1 and a conductive reducing agent area B2, the conductive reducing agent area A1 communicates with the oxidant supply channel 4, and the conductive reducing agent area B2 communicates with the oxidant supply channel 4 is arranged in communication, and the conductive reducing agent region A1 is arranged in a non-electronic conducting electrical relationship with the conductive reducing agent region B2 through the micro-gap 12.

[0229]As a changeable implementation mode, in this embodiment, the conductive reducing agent area A1 can be selectively set in communication with the oxidant supply channel 4, and the conductive reducing agent area B2 is set in communication with the oxidant supply channel 4. The conductive reducing agent region A1 is provided with a non-electronic conduction electrical relationship with the conductive reducing agent regio...

Embodiment 3

[0231] Such as image 3 The shown chemical energy to electrical energy conversion device includes a conductive reducing agent region A1 and a conductive reducing agent region B2, the conductive reducing agent region A1 is arranged in the cavity 5, and the conductive reducing agent region B2 is arranged in the cavity 5 Inside, the conductive reducing agent area A1 communicates with the oxidant supply channel 4, the conductive reducing agent area B2 communicates with the oxidant supply channel 4, and the conductive reducing agent area A1 communicates with the conductive reducing agent area A1 through the micro gap 12. Agent region B2 has a non-electron-conducting electrical relationship setting.

[0232] As a changeable implementation mode, in this embodiment, the conductive reducing agent area A1 can be selectively set in the cavity 5, the conductive reducing agent area B2 can be set in the cavity 5, and the conductive reducing agent area B2 can be set in the cavity 5. The age...

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Abstract

The invention discloses a chemical energy and electric energy conversion device. The chemical energy and electric energy conversion device comprises a conductive reducing agent area A and a conductivereducing agent area B, wherein the conductive reducing agent area A is arranged in a non-electronic conduction electric relationship with the conductive reducing agent area B through a micro-gap; or,the conductive reducing agent area A is arranged in a non-electronic conduction electric relationship with the conductive reducing agent area B through a micro-gap, and the conductive reducing agentarea A is arranged as a three-dimensional electrode A and / or the conductive reducing agent area B is arranged as a three-dimensional electrode B. The chemical energy and electric energy conversion device disclosed by the invention is used for terminating the history that a traditional chemical and energy electric energy conversion device takes an electrolyte as necessary conditions, a new way is provided for industrialization of the high-efficiency, long-service-life and low-cost chemical energy and electric energy conversion device, and an engine is redefined.

Description

technical field [0001] The invention relates to the fields of electricity and electrochemistry, and in particular to a chemical energy electric energy conversion device. Background technique [0002] Traditional chemical energy to electrical energy conversion devices (such as fuel cells) have an electrolyte in contact with the two electrodes between the electrochemical regions (that is, between the two electrodes), and the electrolyte technology has not made a substantial breakthrough, precisely because of the electrolyte. The industrialization of traditional chemical energy to electrical energy conversion devices has been difficult to implement. If a device that uses the gap between two electrodes to convert chemical energy into electricity can be invented, the dependence of such devices on electrolytes can be eliminated, which is also of great significance to the energy and power industry. Therefore, it is necessary to invent a novel chemical energy to electrical energy c...

Claims

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Application Information

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IPC IPC(8): H01M8/18
CPCY02E60/50
Inventor 靳北彪
Owner ENTROPY ZERO TECH LOGIC ENG GRP CO LTD