OverUnity Lead Acid Battery Switching Circuit - Self Battery Charging

[SeaMonkey]

The discussion here has taken a very interesting turn
thanks to Hoppy's question.

Your findings Hoppy are food for thought as well.

I've had very good success in desulfating lead-acid
batteries with low powered inductive discharge desulfators
which draw up to two amperes at about 14 Volts.

I've tried higher power units too but have not had
the same sort of success.  It seems that low powered pulsing
for an extended length of time slowly desulfates with the
best chance of not harming the battery being rejuvenated.

The very short (nano-Seconds up to several micro-Seconds)
pulses do seem to have some 'magic' in what they're able
to accomplish.

Capacitive discharge desulfation with those same very
narrow pulses up to about 50 Volts for a 12 Volt battery
seem to be equally effective.

My experience has been that trying to desulfate too quickly
leads to excessive heating and more likelihood of  damage.

[profitis]

Bedini should not be dismissed too fast as the principal is correct.if the backspike with its massive voltage is evenly distributed over many cells in series you should have some gain.its this re-distribution of backspike power which most people fail at.most people want to cram it into a single cell which causes loss of ir heat and consequently efficiency loss.a backspike is a window to an inverted population and statistical 2lot disruption.