Ladies and Gentlemen,
Let me help you... As far as I know electricity is stored in rechargable batteries in chemical and static terms - and this way of storing electricity seems to be a deadlock: high capacity batteries of electric vehicles are still large and heavy and there is no breakthrough yet...
What if you tried to store electricity in physical and dynamic terms - in other words: in electric circuits? The electric resistance of the circuit is not a problem because if you overcome this resistance then you succeed in storing more energy (input + resistance = storage capacity)... (There is more energy in a rock on the mountain top than in a rock in a valley - just because you have to defeat a resistance if you want to bring a rock from the valley to the mountain top...) I guess there is no limit in how many electrons can follow each other in an electric circuit (compared to the chemical storage in a limited cloud of electrons) - that would be a breakthrough in storage capacity...
Furthermore electric circuits can be quite small as well and the speed of storage is the speed of light (or a higher speed if you succeed in creating a straight ray of light instead of a curved ray of light with a constant speed of an orbit) - full of advantages...
Our most important subcontractor and partner in the development and production of dynamic electric batteries is Artificial Factory, as ever...
Best wishes, Joseph de la Mikula and Team
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