Method for converting off-grid discontinuous and unstable carbon-free electric energy into mobile storage electric energy
A technology of electric energy conversion and mobile storage, which is applied in the direction of fuel cell half-cells and primary battery-type half-cells, etc., which can solve the problem of not being able to store but only transmit electric energy, achieve energy regeneration and recycling, and solve the oil crisis and environmental pollution, and the effect of promoting development
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Embodiment 1
[0031] The carbon-free metal power generation device provided by the present invention is composed of a plurality of reaction units 1 spaced and juxtaposed to form a power generation group, an air passage 2 is formed between two reaction units 1, and an air filter is provided at the inlet end of the air passage 2. Cleaner comprises air supply pipe 3, is located at the filter cloth 31 of air supply pipe 3 outlets, so that while supplying air to air channel 2, through filter cloth 31 filters the particulate matter, pollutant, dust in the air, prevents the generation unit air Channel 2 is blocked while facilitating heat dissipation, such as figure 2 ; Each reaction unit 1 includes an air electrode 11 and the electrolyte 114 in it, inserts in the electrolyte 114 and is positioned at the metal electrode 12 and the filter bag 122 between the air electrodes 11, and the air electrode 11 is connected with a wire 111, which is used as a power supply Negative pole, the metal electrode 1...
Embodiment 2
[0033] The present invention provides a method for converting off-grid discontinuous, unstable, and carbon-free electric energy into mobile storage electric energy, through the following steps:
[0034] A. Perform conventional electrolysis of metal magnesium oxide with off-grid discontinuous and unstable electric energy to obtain electrolytic products;
[0035] B, the electrolysis product of A step is conventionally reduced to metal magnesium element;
[0036] C. The metal magnesium element obtained in step B is made into an alloy electrode mainly based on metal magnesium through conventional methods according to the following mass ratio: 89% magnesium, 8% aluminum, 1.5% zinc, and 1.5% rare earth metal.
[0037] D. Place the alloy electrode obtained in step C in the metal power generation device of the above-mentioned embodiment 1, and complete the following electrochemical reactions:
[0038] Metal electrode reaction: metal + OH - = metal oxide physics + electrons + H 2 o ...
Embodiment 3
[0043] The present invention provides a method for converting off-grid discontinuous, unstable, and carbon-free electric energy into mobile storage electric energy, through the following steps:
[0044] A. Use off-grid discontinuous and unstable electric energy to perform conventional electrolysis on metal alumina to obtain electrolytic products;
[0045] B, the electrolysis product of A step is conventionally reduced to metal magnesium element;
[0046] C. The metal magnesium element obtained in step B is made into an alloy electrode mainly based on metal magnesium through conventional methods according to the following mass ratio: 95% magnesium, 4% aluminum, 0.5% zinc, and 0.5% rare earth metal.
[0047] D. Place the alloy electrode obtained in step C in the metal power generation device of the above-mentioned embodiment 1, and complete the following electrochemical reactions:
[0048] Metal electrode reaction: metal + OH - = metal oxide physics + electrons + H 2 o
[0049...
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