RE-EMF Charger

[Faraday88]

i have never said that 'Recive battery charged to Voltage higher than source' i think you did'nt read it properly.
yes, it is true if the receive Dipole is Capacitor .

The experiment that you are refering to is where the source (primary battery) Voltage is Higher 24V. and the Recive Battery is Split Diode charging MINIMUM TWO battries. that is what i said..

I speak plain and correct English i guess...
Rgds,
Faraday88.

[John_Koorn]

Hi Tom C,
I understand, when you say about the equal Voltage at pri/sec. but what exactly is Forced Charging? are you refering to Brute Force or Non-Radiant way of charging..?
rgds,
Faraday88.

Farday, force charging is throwing a bucket of current at a battery. If you want to wreck your battery, force charging is the way to go. OTOH, if you want to keep your battery and save your money you don't want to do that. Try Bedini tech instead....

Notice how with Bedini technology you can charge a battery to a higher voltage than the source battery???????? You've done that experiment, right?

John K.

[Faraday88]

Hi Tom C,
I understand, when you say about the equal Voltage at pri/sec. but what exactly is Forced Charging? are you refering to Brute Force or Non-Radiant way of charging..?
rgds,
Faraday88.

[Tom C]

Hmmm... This is certainly interesting. I built this and took an old 9 volt alkaline battery for charging. The alkaline battery was reading ~4.5 v.

Used two LiPos (2S and 3S) for input voltage of 18.6 v. Connected the charge battery and then connected the input voltage only for one minute or so and then let the circuit ring without the input for a few minutes. After that the alkaline had risen up to 9.5 v. During that short test the charged battery didn't get much juice in it. I was able to light a 2.7 W led spot for only a few minutes. But still that's pretty good and I was being very cautious in the first test.

After that I left the input connected for a longer period and the charge battery started making some weird snap/pop sounds so I disconnected the source voltage. Perhaps the 9 v battery needs a lower input (?). Well now I have it hooked for 11.2 v input and it seems to be chugging along fine.

Indeed this does seem to be a working system. Now I just need to try to get more comfortable in using it and try to learn about how it operates...

Thank you Rene for this cool little charger.

any battery can be charged with higher voltage on the primary, if you want to force charge. run the primary at the same voltage as the secondary and tune it for highest charge ratio. radiant dissappears with current.

Tom C

[Faraday88]

Hi All,

Follow the split diode circuit method to charge secondary battries to this what rene has provided..and you can charge literally charge 'n' number of Battries. with same input power!!!!!!!
in advance.
rgds,
Faraday88.

[sohei]

@all,
I have made my second boxed RE-EMF charger and this work very very good. I can charge from alkalines to Li-ion, Lead-acid and now my first Lead-Alum batts.
Thank you again Rene for sharing this.

[rfnreynders]

Haha, Dane, so we meet again !
Glad you like and i'll be monitoring all these forums and am curious about your results.

Currently i am restoring my old motorcycle battery. It was pretty much dead.
It was sitting at about 10 volt.
After charging it with the B-EMF charger for about 8 hours at not more then 100mA it has risen to 13.56 volt.
After disconnecting the charger it dropped to 12.56 volt.

Yeah baby :-) loving it.

Keep on posting !

I didnt realize this was posted here. I love the efficiency of this charger. I have tried many different toroid configs winding a new one now. Successfully desulfated a battery my ssg wouldnt. I almost have enough data to post results. Will put them here and on the other forum.

This setup does like more turns on the kickback side also seems to do better with the wires litzed dont have enough data to say for certain yet.

Rene thanks again for sharing. I am gr8dane on the other forum.

[Dane]

I didnt realize this was posted here. I love the efficiency of this charger. I have tried many different toroid configs winding a new one now. Successfully desulfated a battery my ssg wouldnt. I almost have enough data to post results. Will put them here and on the other forum.

This setup does like more turns on the kickback side also seems to do better with the wires litzed dont have enough data to say for certain yet.

Rene thanks again for sharing. I am gr8dane on the other forum.

[dragonborn]

Hmmm... This is certainly interesting. I built this and took an old 9 volt alkaline battery for charging. The alkaline battery was reading ~4.5 v.

Used two LiPos (2S and 3S) for input voltage of 18.6 v. Connected the charge battery and then connected the input voltage only for one minute or so and then let the circuit ring without the input for a few minutes. After that the alkaline had risen up to 9.5 v. During that short test the charged battery didn't get much juice in it. I was able to light a 2.7 W led spot for only a few minutes. But still that's pretty good and I was being very cautious in the first test.

After that I left the input connected for a longer period and the charge battery started making some weird snap/pop sounds so I disconnected the source voltage. Perhaps the 9 v battery needs a lower input (?). Well now I have it hooked for 11.2 v input and it seems to be chugging along fine.

Indeed this does seem to be a working system. Now I just need to try to get more comfortable in using it and try to learn about how it operates...

Thank you Rene for this cool little charger.

[Faraday88]

Yes you are 100% correct!, its the Radiant Current provided by a Capacitor and only a Capacitor. that charges Battaries, Capacitors, and powers Inductors, Light Incandecent Bulbs with more light efficacy (lumen per watt).
the Radiant current is also Shockless, but does powerful effect on biological responses.
rgds,
Faraday88.

[dragonborn]

Dragon born
I used the same amount of turns for both coils. You can however put more turns on the coil that is connected to the collector. That will give a higher voltage back-emf spike. but it is not nescesary.
The core/coil i have in use now is only 20-30 windings/coil.

I suggest putting 30 windings/coil with the thicknes of your wire.

I humbly thank you for your kind advice and suggestions. I'll start digging around my old computer hardware to find a ferrite torus. I will probably end up going to the local electronics store tomorrow for getting the transistor and some diodes so I can start experimenting with this thing..

I have multiple 8.4 volt and 12.6 volt LiPo batteries. I was thinking I'd put one 2S and one 3S LiPo in series to get a nice 21 volt source as input for the circuit. I'll report back later how things work out and if I managed to burn down the house

btw. I think I might be able to produce an explanation for what is going on in these "resonant circuits" through a new mathematical universal relativity model (new universal gravity model) I've been working on for the last two years. It is just theoretical and falsifiable of course, but what I do *know* for certain is that Einstein's relativity is very easy to show to be wrong both logically and experimentally...

(edit: though first I need to verify the operation of these circuits)

[Tom C]

1- current kills radiant
2- current kills batteries
3- current kills transistors

no current radiant is a massless charge if anything gets warm you are wasting energy as heat.

Tom C

[rfnreynders]

Dragon born
I used the same amount of turns for both coils. You can however put more turns on the coil that is connected to the collector. That will give a higher voltage back-emf spike. but it is not nescesary.
The core/coil i have in use now is only 20-30 windings/coil.

I suggest putting 30 windings/coil with the thicknes of your wire.

[dragonborn]

Dragonborn,

I tried several coils, all bifilar, but different thickness.
Also different cores, but all toroidal. I found these always to work best.

When pushing more power/amps... use thicker wire and bigger toroids.

You just have to try. But one thing... With this circuit, you don't need alot of windings.

I have around 100 meters of cat5e cable at hand so that makes 800 meters of copper wire
Just measured it with a caliper and the diameter is around 0.30 mm, so that would sit around at something like AWG 28.

I think I can find some ferrite rings on some old ATX mother board. That should suffice, right?
I do have some 20 cm (1.0 cm dia) ferrite rods at hand though..

Any recommendation for how many turns to start with? You used the same amount of turns for both primary and secondary winding?

Now I'm bit bummed that I ordered the transistors from eBay and have to wait for them, would have got them at the same price from the local store...

[rfnreynders]

Faraday88

Yes i think so to.
Infact... i thought up a schematic that is almost extendable infinit, and with adding each unit, you can "create" or pull more energy from the ambient.
A very simple setup to. So... If i find some time i'll draw it up and explain it like i did in this circuit on video to.

If this works... and i don't see why not... it is like an energy amplifier - infinit - if you like...
So... please be patient because i am in the middle of moving.. lol