A method and device for thermal power generation at room temperature

Abstract

The invention relates to a room-temperature thermal power generation method. The room-temperature thermal power generation method is characterized by comprising the following steps that in a water solution, platinum is used for catalyzing oxygen to oxidize haloid acid to output electric power; current is led out through a lead wire, and reaction products comprise halogen and water; the halogen and the water continually react to form haloid acid and hypohalous acid; active carbon is used for catalyzing the hypohalous acid to decompose; the reaction spontaneously absorbs heat at a room temperature; products comprise the haloid acid and oxygen so as to convert the products into reactants; and the reactants are continuously subjected to oxidization-reduction reaction to outwards output the current. The room-temperature thermal power generation method disclosed by the invention can perform conversion from heat energy to chemical energy; the chemical energy is converted into the electric power; each step has certain energy loss and lost energy is still the heat energy which can also be utilized, so that the energy loss does not exist entirely; used chemical medicines are cheap and have environment-friendly performance; and the pollution is not caused. Compared with the other power generation technologies, the room-temperature thermal power generation method has the advantages of capability of generating power at room temperature, high energy utilization rate, high cleaning efficiency, and the like.

Description

technical field [0001] The invention belongs to the technical field of energy and electric power, and in particular relates to a normal temperature thermal power generation method and a device thereof. Background technique [0002] Existing thermal power generation is mainly thermal power generation, which belongs to physical power generation. In order to generate electricity from a fuel such as coal or oil, the coal or oil must first be burned. The energy they generate when they burn heats water to turn it into steam, which is used to spin the turbogenerator's magnetic field in the stator coils. This creates an electric current. In other words, we convert the chemical energy of the fuel into thermal energy, then convert the thermal energy into kinetic energy, and finally into electrical energy. During this double conversion, much of the original chemical energy is wasted. It is also possible to convert chemical energy directly into electrical energy without first conver...

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Problems solved by technology

However, there are also many shortcomings. Fuel cells have strict requirements on air production and need to continuously provide fuel. Taking hydrogen-oxygen fuel cells as an example, the source of hydrogen is not a solution. Most hydrogen comes from the chlor-alkali industry, which is produced by water electrolysis. There is obviously a lot of waste in producing hydrogen and using hydrogen to generate electricity; in addition, fuel cells use platinum catalysts, which are expensive and have strict technical requirements, making it impossible to apply them on a large scale

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