Desulphating batts. w/ bedini type method

[elias]

Adding 10000uF/50V to my radiant charger increase charging time from 7 hour to 3 hour. But it seems to hold less charge. Maybe capacitor reduce the effect of the spike and make the charger behave more like normal charger?

Hi

I had tried this method before, and apparently this makes the high impedance of the battery be less effective in the charging process, When adding a capacitor the capacitor absorbs the negative energy not absorbed by the battery converts it to positive energy and makes it flow continuously into the battery as electron current.

Or maybe radiant in not enough for charging a dead battery , and we need some normal electron current which is supplied by the parallel capacitor. So in this way we may achieve an better charge, and not a "fluffy" charge.

Elias

[SkyWatcher]

Hi folks, thanks for replies. I've only seen a benefit using the parallel capacitor for completely dead batteries. Then when the batteries impedance starts to lower and becomes more conditioned or less sulphated then the cap doesn't seem to help much since most of the radiant is now accepted by the battery. Some batteries can be temper mental that's for sure but most will take this kind of charging no problem.
peace love light
Tyson

[sucahyo]

I see, thanks. After some more charging I am now more confinced that the battery capacity do increase without the capacitor. And learned that using two transistor in parallel is a big mistakes since it reduce output. My one wire neon bulb is brighter after I disconnect the second transistor.

[blackchisel97]

Parallel capacitor

-I've only seen a benefit using the parallel capacitor for completely dead batteries-
I have the same experience.


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