Electrolyte thermoelectric cell

Abstract

The invention relates to an electrolyte thermoelectric cell which is an electrolyte thermoelectric cell monomer similar to a chemical primary cell structure, and consists of basic components such as a noble electrode A, a noble electrode B and electrolyte sol. An electric potential difference is generated between the noble electrode A and the noble electrode B by warming or cooling the noble electrode A and the noble electrode B alternately; and a purpose of converting thermoelectric heat energy to electric energy is achieved. When the electrolyte thermoelectric cell is in a heat and electricity conversion process, molecular structures of the noble electrode A, the noble electrode B and the electrolyte sol between the noble electrode A and the noble electrode B do not change; and the heat and electricity conversion process belongs to a physical energy conversion way. The electrolyte thermoelectric cell is novel in conception and concise in design technology, and a product of the electrolyte thermoelectric cell is low in production cost, high in heat and electricity conversion efficiency, convenient to promote, produce and use massively, energy-producing, energy-saving and environment-friendly, and has an energy conversion function and a certain electricity storage function.

Description

technical field [0001] The invention relates to the field of an energy conversion device, in particular to an electrolyte thermoelectric battery which directly converts thermoelectric energy into electrical energy. Background technique [0002] As we all know, environmental protection and the development and application of new technologies of clean and renewable energy are conducive to the healthy and sustainable development of society and the benefit of human society. This is a broad consensus in the international community. Renewable energy is an irreversible historical fact. [0003] At present, there are many technologies for the development and utilization of clean and renewable energy, such as wind power generation, photovoltaic power generation, fuel cell power generation and semiconductor thermoelectric battery power generation, etc., which to a certain extent have laid the necessary technical foundation for the development and utilization of clean energy, and also o...

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Problems solved by technology

It is precisely because the density distribution of these so-called low-level energies is relatively thin that it is necessary to collect and convert these energies on a relatively large scale and in a large area in order to meet people's actual needs. And below the boiling point temperature of water, this once added certain difficulty to practical application, and the cost that existing technical product has is on the high side, can't meet the public requirement at all in terms of economic cost, there are certain defects in some technologies, and some The operating conditions are not within the range of low-temperature energy levels, so there are actually many gaps in the development and application of environmental temperature difference energy. The so-called low-level thermal energy direct conversion technology is still a difficult problem. The electrolyte thermoelectric battery of the present invention is aimed at the insufficient application of the above technologies , to fill the gaps in the development and application of these clean and environmentally friendly energy

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