on an open forum.
Where is the tricks ?
I already know I won't get a reasonable answer, but I cannot help but ask the
question.
How can it come out if it does not go in ?
If you want to see tricks maybe i can rustle some tricks up, it's not difficult.
I have done many experiments in this area, very similar to what you are doing
now but years ago. I worked out one thing, Lead acid batteries do weird
stuff. I seen batteries apparently self charge and did "work" runs where none
of the batteries appeared to lose any voltage, but I know they lost energy
because I tested that. I looked for proof of concept and did not find it. What
I found was that lead acid batteries can be used and show a higher voltage
afterwards but contain less potential energy because energy was utilized and
the potential energy of the battery was reduced even though the voltage
remained the same or even more. That can be demonstrated in several ways.
One way is a simple battery voltage bounce back test run, where the draw on
the battery at first lowers the voltage then the chemistry catches up and the
voltage rises under load, if the load is stopped at the right time the battery
voltage can in fact exceed the starting voltage but the battery has in fact
given up some of its energy. In the cases I observed.
But I never could come up with a theory as to how more energy can leave a
device than the energy that entered the device.
Anyone know how much energy it takes to first format and charge a 12 volt
60 amp hour battery after it is built, before it can be used ? I don't, I bet it is
a lot though compared to what can be got back out.
I just thought posting on one thread was enough.
Ok run me out of town now, but I must ask why ?
..

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