Hydrogen Generator Design - Concept 3D model

Hydrogen Generator Design - Concept.

Simple home hydrogen generator design, make the seals water tight, fill chambers with water. put 12V - 7A on one of the electrodes, etc. I've added large volumetric capacitor plates for the concept, making use of a lot of volume for producing hydrogen. the water proof motors, with inner chamber rotors, cycle fresh electrolytes through the entire apparatus. allowing them to take on a charge, export it, and have new spaces to be filled with electrons etc... oh, dont forget to add a little salt to the water as well, i have added a few reminder images. i have made the electrodes a little pointy, aimed right in front of a smaller tightened hole connecting both chambers, while the gasses get separated by the containers shape itself. also added two filters in the upper gas pipe, hoping heavy water falls back, and only pure hydrogen is able to rise.

Would instead of bringing water as a fuel, bringing ICE not contain more [potential] energy inside than water? if we cool water to ice, it takes heat out, enabling it to later more easily absorb ambient heat again and turn the ice into a fluid again, yet we might be able to use the differences in temperature. i wonder what happens if we froze water into ice and then tried using it for electrolysis. creating hydrogen from ice, we can even freeze the electrodes and capacitors into place even, before trying an experiment of powering the ice. perhaps two electrodes into the same block of ice does not even need capacitor plates. it might take less energy to release hydrogen atoms from water, when the starting temperature is much lower, as we dont have to spend energy when free ambient temperature is already present.

ice, is also more dense, has less weight, in its ice form. therefore it floats on water. so by bringing ice blocks as a fuel, instead of water, we might have some sort of temperature battery. a battery that can absorb heat again, and turn fluid before possibly reusing it further along in a cycle or a circuit. a volume of ice is smaller, more compact than its comparable volume of water. we might be able to turn compressed ice into water creating electricity from the difference in temperatures, using it to cool the water again by extracting it's heat again.

steam is also a very valuable state of water, very useful to perhaps also use it in the same cycle, creating a triad of states, one into the other, and then the next. allowing the water to breath, taking in temperature, turning fluid, releasing heat, turning back into a solid... we could use the temperature differences both ways, back and forth.

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