I realize that there is more than one newbie to this effort, and an effort it's been. And I really really wish that I had a solution to mention, or one that someone else has made or done that really works, and keeps working... But, I don't. That does not mean that it's not possible, by far.
The original idea was to avoid galvanics, as we saw that there are already many ready made galvanic batteries out there, primary and secondary batteries and wet and dry cells, that worked just fine. Some with a couple hundred years of development behind them like the lead acid batteries, and several others.
So, we here worked towards finding solutions to the basic problem of metal break down of the cells, as well as hydrogen gas build up that leads up a detriment in the output. Those issues are still unresolved, at least for the most part, in our case.
Dry non galvanic cells were next on the list of what we're trying to accomplish. The results were nominal, with little useable power, only a couple of mAs, although they had some voltage, but no power behind those volts. Fluffy voltage, like when a battery is discharged, and self charges back but with no current, as it had before.
So, it was back to wet cells that could give some power, even an amp or two, or more.
Anyways, that is where we are now. Can we maintain a current of an amp, or two? Well, that is the question... And it's possible that the answer is yes, and that may be the very reason why no one is talking about it, anymore. If you follow my drift... as we all have to eat...
My favorite saying, Time will tell...
NickZ
The original idea was to avoid galvanics, as we saw that there are already many ready made galvanic batteries out there, primary and secondary batteries and wet and dry cells, that worked just fine. Some with a couple hundred years of development behind them like the lead acid batteries, and several others.
So, we here worked towards finding solutions to the basic problem of metal break down of the cells, as well as hydrogen gas build up that leads up a detriment in the output. Those issues are still unresolved, at least for the most part, in our case.
Dry non galvanic cells were next on the list of what we're trying to accomplish. The results were nominal, with little useable power, only a couple of mAs, although they had some voltage, but no power behind those volts. Fluffy voltage, like when a battery is discharged, and self charges back but with no current, as it had before.
So, it was back to wet cells that could give some power, even an amp or two, or more.
Anyways, that is where we are now. Can we maintain a current of an amp, or two? Well, that is the question... And it's possible that the answer is yes, and that may be the very reason why no one is talking about it, anymore. If you follow my drift... as we all have to eat...
My favorite saying, Time will tell...
NickZ
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