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Galvanic system with increased output voltage and a method of increasing the output voltage of a galvanic system

机译:具有增加的输出电压的电流系统以及增加电流系统的输出电压的方法

摘要

The present invention provides a galvanic system comprising a main pair of cathode (2) electrodes - anode (3) and at least one galvanic short circuit formed by a pair of internal cathode (2a) - anode (3a) electrodes, with both main electrodes (2, 3) and internal electrodes (2a) 3a) are located in a common electrolyte (8), and wherein said at least one galvanic short circuit is connected between the cathode (2) and the main pair anode (3), each internal cathode (2a) being located between the respective inner anode (3a) and a main anode (3), wherein the distance of the internal electrodes (2a, 3a) is greater than the distance at which the output voltage increases to at least 10% of the initial thermodynamic voltage, wherein the individual internal galvanic shorts do not overlap, and the internal cathode (2a) and the inner anode (3a) is connected to a galvanic short circuit by a conductor (9) of higher conductivity than the ele conductivity electrolyte (8). The present solution will allow to increase the output voltage of the galvanic system by connecting several galvanic cells in one volume of electrolyte.
机译:本发明提供一种电系统,其包括一对主要的阴极(2)电极-阳极(3)和由一对内部阴极(2a)-阳极(3a)电极形成的至少一个电流短路,两个主电极(2、3)和内部电极(2a)3a)位于公共电解质(8)中,并且其中上述至少一个电流短路连接在阴极(2)和主对阳极(3)之间,内部阴极(2a)位于相应的内部阳极(3a)和主阳极(3)之间,其中内部电极(2a,3a)的距离大于输出电压至少增加到10的距离%的初始热力学电压,其中各个内部电流短路不重叠,并且内部阴极(2a)和内部阳极(3a)通过电导率比电子传导率高的导体(9)连接到电流短路电导率电解质(8)。通过在一个体积的电解质中连接几个原电池,本解决方案将允许增加原电池系统的输出电压。

著录项

  • 公开/公告号CZ2017-472A3

    专利类型

  • 公开/公告日2019-02-27

    原文格式PDF

  • 申请/专利权人 MASARYKOVA UNIVERZITA;

    申请/专利号CZ2017-472

  • 申请日2017-08-16

  • 分类号H01M10/04;H01M10/05;H01M10;H01M6;

  • 国家 CZ

  • 入库时间 2022-08-21 12:02:49

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