Electrolyte thermoelectric battery with guide electrode

Abstract

The invention relates to an electrolyte thermoelectric battery with a guide electrode, comprising an electrolyte, a high temperature electrode, a low temperature electrode and a guide electrode, the guide electrode is electrically connected to the high temperature electrode, the high temperature electrode is located at the high temperature end, and the guide electrode and the low temperature electrode are located at the low temperature end end, the guide electrode and the low temperature electrode are arranged adjacent to each other, and the guide electrode, the high temperature electrode and the low temperature electrode are located in the electrolyte. The present invention introduces a guide electrode between the high-temperature electrode and the low-temperature electrode, and overcomes the contradiction between the electrodes at the cold and hot ends due to the problem of heat conduction and the internal resistance of the battery through the guide electrode. The invention has low cost, the raw materials used in the electrodes are rich in sources and low in cost, the manufacturing process of core equipment products is simple, and there is absolutely no by-product that pollutes the environment during the production process. The invention can widely use various forms of temperature difference heat energy in nature, and can effectively convert various forms of temperature difference heat energy in nature into electric energy.

Description

technical field [0001] The invention relates to a thermoelectric battery, more specifically, to an electrolyte thermoelectric battery with a leading electrode. Background technique [0002] Due to the gradual depletion of disposable energy due to the gradual reduction and the environmental damage caused by the excessive use of disposable energy, which leads to the pressure of the deteriorating trend of human living environment, "energy saving, emission reduction, and effective use of renewable resources" have become Towards this goal, the international community, especially many developed countries and some developing countries, are making unremitting efforts to minimize the use of disposable energy and increase investment in the development of renewable energy Utilization, especially for clean renewable energy development and utilization projects, is a long-term and obviously growing trend. [0003] As we all know, clean, safe and inexhaustible renewable energy, such as so...

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Problems solved by technology

[0004] At present, although the theoretical prospects of these cheap renewable clean energy that can be seen everywhere, their electric energy conversion equipment (such as photovoltaic cells, semiconductor thermoelectric cells, etc.) are promising, there are still many defects in the actual production and application process. It has the defects of low conversion efficiency and high cost of power generation, and is not suitable for large-scale production. Either in the process of manufacturing and producing such energy replacement devices, there is a certain degree of environmental pollution to the environment, which has become a development process. As a result, the development and use of renewable energy has not been able to enter the ranks of people's dominant energy use, causing a large amount of clean energy resources available in nature to be lost and wasted. Dependence, which leads to the fact that the current trend of global environmental degradation cannot be effectively improved fundamentally

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