Anti-creeping method for electrochemical facility containing flowing electrolyte and anti-creeper

A flowing electrolyte, electrochemical technology, applied in electrochemical generators, fuel cell parts, circuits, etc., can solve problems such as leakage, voltage drop, short-circuit current generation, etc., to save copper, improve energy density and Power density, effect of reducing flow resistance

Inactive Publication Date: 2014-03-12
崔骥 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0012] The invention provides an anti-leakage method and an anti-leakage device for an electrochemical facility containing a flowing electrolyte, which can solve the problem i

Method used

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  • Anti-creeping method for electrochemical facility containing flowing electrolyte and anti-creeper
  • Anti-creeping method for electrochemical facility containing flowing electrolyte and anti-creeper
  • Anti-creeping method for electrochemical facility containing flowing electrolyte and anti-creeper

Examples

Experimental program
Comparison scheme
Effect test

Example Embodiment

[0056] Example 1

[0057] See Figure 3A , Figure 3B , Figure 3C , Install a partition impeller G in the inlet and outlet channels respectively, the partition impeller G includes a shell 2, a hub 6, a plurality of partition blades 3, an impeller shaft 5, 8 partition blades 3 are arranged at intervals on the hub 6 on. The electrolyte flowing into the partition impeller G impacts the partition blade 3 to rotate, and the electrolyte is separated on both sides of the impeller blade 3. The partition blade 3 is made of insulating material, and the insulating material is nylon. The current in the liquid flow is connected and conducted. Therefore, it is disconnected, thus eliminating the short circuit and leakage caused by the continuous flow of electrolyte. Figure 3A , Figure 3B , Figure 3C It is a corner partition impeller, Figure 3D It is a straight-through partition impeller.

[0058] See Figure 5 , There are partitioned impellers 2 and 5 near the A electrolyte inlet 1 and A e...

Example Embodiment

[0059] Example 2

[0060] See Figure 4A , Figure 4B with Figure 4C The valve isolation device includes an elastic housing 3, upper and lower valves 4, 2, electrolyte inflow and outflow branch pipes 1, 5, and an extrusion device. The extrusion device is not shown in the figure, and the electrolyte flows in , Outflow branch pipes 1, 5 are respectively located at the lower end and upper end of the elastic shell, the upper and lower valves 4, 2 are respectively located at the lower inlet and the upper outlet of the elastic shell 3. The upper valve 4 and the lower valve 2 are The elastic rubber body is partly connected with the elastic shell 3, and partly can be switched. The squeezing device has an squeezing ring and a controller, the squeezing ring is sleeved outside the elastic shell, the controller receives a pulse voltage, and when the pulse voltage is high, the squeezing ring squeezes the elastic shell inward , The lower valve 2 is closed and the upper valve 4 is opened. Whe...

Example Embodiment

[0063] Example 3

[0064] See Figure 6A , Figure 6B with Figure 6C For large and medium-sized liquid flow battery panels, it is also possible to install partition impellers 2, 14 in the liquid inlet and outlet liquid pipes respectively, or use larger diameter electrolyte outflow headers 3, 13 at the liquid outlet. , And make the upper branch pipe into a corrugated pipe, and install it vertically, so that the outflowing electrolyte is disconnected when it falls to the corrugated place freely; deliberately use a larger diameter electrolyte to flow out of the main pipes 3, 13, and let it flow out of the main pipes 3, 13 The upper chamber is always half empty, so that the electrolyte in the outlet branch pipe can only fall to the liquid level of the main pipe, so that the flow of the outgoing electrolyte is disconnected and the electrical conduction is completely disconnected, thus preventing the continuous electrolyte Open circuit and leakage caused by flow. The diameter of the ...

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PUM

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Abstract

The invention provides an anti-creeping method for electrochemical facility containing flowing electrolyte and an anti-creeper. In the prior art, current is conducted between two electrodes through the electrolyte, so a shortcut current will be generated, the shortcut current will cause the problems of voltage drop and electric leakage, and the anti-creeping method and the anti-creeper solves the problems mentioned above. The anti-creeping method for electrochemical facility containing flowing electrolyte installs an anti-creeping insulation device made of insulation materials in the flowing channel of electrolyte in an electrochemical facility. The insulation device insulates the electrolyte which passes through the inner of the insulation device to make the electrolyte be insulated by insulation materials when the electrolyte is flowing, and forms an open circuit. Through installing an insulation device made of insulation materials, the method insulates the electrolyte with insulation materials when the electrolyte is flowing so as to form an open circuit, thus the current is not conducted, and the phenomenon of shortcut and electric leakage caused by continuous flowing of electrolyte is avoided.

Description

Technical field [0001] The invention relates to a leakage prevention for electrochemical facilities containing a flowing electrolyte, which mainly includes an electrolytic cell for electrochemical reaction and a redox flow battery pack. [0002] Specifically, it is an electrolytic cell for modern electrochemical reactions and a cut-off and leakage prevention device and method for the inflow and outflow of the electrolyte of the redox flow battery that directly converts chemical energy and electric energy. Background technique [0003] Electrochemical facilities containing flowing electrolyte mainly include electrolytic cells for electrochemical reactions and redox flow batteries. The electrolytic cell group and the redox flow battery group of modern electrochemical reactions are composed of an anode chamber and a cathode chamber separated by ion membranes. Active electrolyte flows in the cavities of the battery chambers through oxidation and reduction reactions. , To realize the d...

Claims

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Application Information

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IPC IPC(8): H01M8/04H01M8/02H01M8/04186
CPCY02E60/50H01M8/04216H01M8/04953
Inventor 晏成和杨立章罗臬崔骥
Owner 崔骥
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