David Bowling's Continuous Charging Device

[Hoppy]

David, I have been following your work quietly for some time and have conducted my own experiments with the 3BGS. As you well know, a sulfated battery may have retained a considerable level of charge before it sulfated to a condition where its internal resistance reached a point that makes it unuseable for normal applications. When this same battery is de-sulfated to some extent by 'spike' conditioning, the 'locked-in' energy is released and can begin to run a load. It may take a considerable time for the energy to released to a level that can start to run a load and I've had to wait as long as 45 mins before some batteries show any sign of life on the 3BGS system and allow my scooter motor to start turning. Nonetheless, even these apparently 'stone dead' batteries can also have considerable 'locked-in' energy that can be coaxed out by prolonged conditioning. I have found that its not possible to extract all of the 'locked-up' energy from a sulfated battery just by loading it for a long time, so when you think an old  battery has been fully discharged because its unloaded terminal voltage is just a volt or so, it can still hold a considerable level of energy waiting to be released by desulfation!

The effect caused by the release of this energy is to cause increase potentialisation which can cause the 'good' batteries to appear to hang or even increase in voltage level as their internal impedances attempt to stabilise to the condition imposed on their terminals from the 'dead' battery. This gives the impression that the 'good' batteries are being charged or just not draining as quickly as expected for the load across the 'dead' battery. Placing even more load across the 'dead' battery seems to have little effect on the 'good' batteries and can even cause their terminal voltage to increase! However, a point is reached when the 'good' batteries have impedance stabilised sufficiently and start supplying more current to maintain the load that cannot be maintained by the 'bad battery. From that point on its down hill all the way! The effects we see are all to do with battery vagaries and nothing to do with free energy IMO.

[ramset]

David
For Clarity,...You are seeing 100 amp hours of work from a 36 amp hour battery bank?

Have you calibrated your output measurement protocol ?

Sorry if you have answered tnat somewhere already ,However if you are managing to harvest additional energy from this settup we cannot afford to be so dismissive of the possible sources!

Varifying YOUR claim is all that matters here,that requires a good test protocol!
We can do that.........

thanks for your patience and for sharing all your hard work.

Chet

[tinman]

Why build when over the years every single one of these devices I know that was tested failed to do as claimed. If you are so certain its not The battery effect then run it on capacitors. I owuld love to hear yoru argument on that.
Unfortunately history is against you on this and some well known examples like Magnacoaster has highlighted the folly. The last two I went to Test in South Africa both failed. Please name just one device (go to Free Energy News they have dozens listed) that panend out

measuring battery voltage is not a good indicator or the storage capacity or health , especially when your actually changing them.
@ profitis Care to design a set of tests and instrumentation for this to demonstrate it is anything other than the battery effect?
Kind Regards
Mark

Mark-you cant always replace batteries with caps.Batteries have a very low internal resistance,where as caps have a parallel resistance and a series resistance. What happens if we have a battery and a cap in series,and then try to drive a load from say the negative of the cap and the positive of the battery?. Some circuits require that low internal resistance to opperate,and replacing the batteries with caps may change the systems operation. But i do agree that in most cases that the batteries should be able to be replaced with cap's.

[profitis]

wait a minute wait a minute guys.lets first try to analyse what happens in a single battery attatched to a single motor.there is going to be a pulsed current going into the motor due to gaps in the brush contact-time thus what may appear as say 4amphours of steady amps going in is actualy 3amphours?its depends on the gapsize between the brush-motor contacts.if the gaps are tiny then this will be negligable.

[profitis]

secondly,on a single bat with single motor,where will the backspikes go into,they must go straight back into the bat,am i right or am i right?