I've read on here that 1.23 v is the max efficiency per plate [or is it per set of plates, one + and one -?] to create hho, and that giving a plate more then that will result in more more hho production but rather just useless heat.
If this is so, which seems to make sense...then what is the ideal number of plates, size of plates, way to wire them up together to FULLY and perfectly use 12 volts? is it as simple as dividing 12 by 1.23 which = 9.75? is using 10 plates the best way to not have excess heat and to get max production? if so do the plates need to be set up in a certain way? I'm interested in the math of all this, as it seems there should be a perfect fit per set voltage.
Also wondering how neutral plates fit into all this, how much v they use up?
Does this spliting up of v per plates only work if you have then in series or parallel or in different containers or all in one? what are the requirements or how can you figure out the best design?
If 10 is a good number of plates then i was thinking of doing this all in ONE 7.4 qt container -> [ +-+-+ / -+-+- ]
would that be well used and produce the most hho i can in one container? i would attach these with bolts, the / would mean those two groups are totally seperate and use their own set of bolts and are only joined by the water they are in, they would be hard wired as if they are in two seperate containers.
good idea? bad idea? help me and im sure many others understand this voltage thing!