Captret - Perpetual Light with Dead Batteries

[digitz]

Very nice setup Groundloop, maybe you would get some better result if the caps were without their plastic suit ?

[Groundloop]

@All,

I finally got around and soldered my first (of 10) CapTret boards.
The board has 100 pcs. 220uF 35V electrolytic capacitors that
has both + and - shorted out as one connection, and a new wire
added to the aluminum can with conductive glue and solder
as the second connection. Then all the modified capacitors are
connect in series.

The series string of capacitors self charge up to approx. 1,8 Volt.
When I load the board with my volt meter then the voltage
drops fast to some millivolt. So the current capability is very low.



I will do some tests on this single board to see if I can tap some
useful energy out of the board before I continue solder the other
boards. It will take some time because it is a slow and boring
process to solder and modify all those capacitors.

Groundloop.

[ibpointless2]

My captret LED 1.5 watt 120 volt light bulb that i got to run on .06 watts shown here YouTube - Captret Lights a LED bulb for half the needed power is now running at 0.00 watts! Not as bright but it still lights and it doing so for free! (just don't tell the power company )

It makes a great night light that runs on mere voltage.

[ibpointless2]

I got a video here of me able to light a 1.4 watt 120 volt LED bulb for only 0.6 watts.

YouTube - Captret Lights a LED bulb for half the needed power

[ibpointless2]

Hi Guys did you manage to charge batteries with parallel to series caps?
Anyone did this?
Thanks

I tested the idea of charging capacitors in parallel and then putting them in series but it seem to not charge the capacitor, but if done right could hold a charge. Didn't try the captret way of doing it yet i've been trying many things here lately.


But so far i have tested a captret hooked up to 110 volt 1.5 watt LED light bulb. I connected the captret to where the LED's are connected on the circuit board and it seemed to work fine. For a 1.5 watt LED light bulb it fluctuated between .9 watts and .00 watts on my meter, I don't know what to say about it but when you turned off the power the LED stayed on for a little while.
YouTube - Captret added to 1 5W LED 110Volt Lightbulb

I did try hooking up the captret in series of the bulbs AC connection, A LED bulb turned on just fine but a CFL would blink constantly and get the captret very hot and actual destroyed my small inverter. So it seems the captret is not best suited for AC power.

[Guruji]

charging batteries

Hi Guys did you manage to charge batteries with parallel to series caps?
Anyone did this?
Thanks

[gmeast]

radio motor

A radio wave powered pulse motor sounds cool. Do you still have the plans for it?

Yes ... I designed it. Here it is:

http://02d1852.netsolhost.com/radio_motor/armature.JPG

http://02d1852.netsolhost.com/radio_motor/armncoil.JPG

http://02d1852.netsolhost.com/radio_motor/mot_bal.JPG

http://02d1852.netsolhost.com/radio_motor/motor.JPG

http://02d1852.netsolhost.com/radio_motor/newcom.JPG

http://02d1852.netsolhost.com/radio_motor/schem.JPG

Here also vids of it.
YouTube - radio2a 1
YouTube - radioa4a_1.mpg
YouTube - radio23a 1

Greg

[Jbignes5]

I agree totally...

Yeh, if you want to use this energy in motors use the newman approach. I mentioned him along with all the other researchers who've worked with longitundinal waves and scalar pressures in the "this is it" thread.

There's video's on youtube of people newmann replications, but they don't quite know what they've done. One guy adds in a capacitor to the coils and it clearly demonstrates that the motor speeds up as a result. This capacitor was no doubt condensing energy from the coil spikes, that otherwise would have gone to waste (pressure dissipation), and then reuses the pressure with each reaction to the magnet spinning around. That captured pressure is the radiant spike. This spike can be created separate of the coil and pumped in, to react with the magnet, giving higher torque, or any number of other things. Energy conversion/manipulation should become easier to understand for others.

As a community, I don't think I've seen so many people with so many pieces of the puzzle in one place. This is exciting .

In fact I have been lloking over all the patents from Tesla and it is there also. Condensers is a way to convert to ethric currents (pure voltage) from the heavy currents we use today.

We have to understand the process fully in order to take advantage of it. Normally the etheric currents are fluffy and voltage only. Thats what the cap does best. It separates the heavy from the light. once we have the light current it will traverse resistances like they were not there. Resistance converts some of this heavy current energy into heat when there is tons of it, like in our heavy current systems but the light etheric current acts in a completely different way. It holds it back and lets it pool up like a damn. If we then let it go through a transformer it will convert it to a heavy current again. So transmission would be lossless even when there is resistance when the currents are etheric in nature. There is also a gain in the transformation process if it is designed well. Spark gaps seem to be the the dam in this analogy and caps are the pools, with the transformer being the falling action that we can generate from.

[ibpointless2]

Try making a motor and use Neodimium Iron Boron magnets. I made a 'radio motor', commutator and all, that ran off of a tuned coil receiving a local radio station. The rotor had a vertical axis so I didn't need to worry about balancing, and the lower bearing was a needle point (very low friction). BUT ... I had to add a ballast magnet about 4 feet away to counteract the Earth's magnetic field. It ran day and night. What I'm saying is a Neo has enough 'oomph' to make it work ... it all has to do with eliminating friction also when using such itsy-bitsy-teeny-weeny power levels.

A radio wave powered pulse motor sounds cool. Do you still have the plans for it?

[gmeast]

motor won't move

Try making a motor and use Neodimium Iron Boron magnets. I made a 'radio motor', commutator and all, that ran off of a tuned coil receiving a local radio station. The rotor had a vertical axis so I didn't need to worry about balancing, and the lower bearing was a needle point (very low friction). BUT ... I had to add a ballast magnet about 4 feet away to counteract the Earth's magnetic field. It ran day and night. What I'm saying is a Neo has enough 'oomph' to make it work ... it all has to do with eliminating friction also when using such itsy-bitsy-teeny-weeny power levels.

[ibpointless2]

Wow! Thank you everybody!

I haven't given up, i've just been doing some heavy research with combining the Captret with radiant energy. On top of that I've been trying to make a captret pulsed motor and have many versions and some that don't even use the captret method.

So far i can say that the captret works well with a bilfilar coil and the back emf will light a LED too.

I am having a problem making the pulsed motor, it seems i can't get it to move a rotor. The coil can move a compass but the magnet rotors don't work. Any advice will be nice, like how to make a plain simple pulsed motor.

The problem with the captret is all the things you can do with it, I still want to make a joule thief captret like Automans and all the other things other people are doing.



I would also like to say that "haters" are welcomed. Any Advice is welcomed too. And Dr.Stiffler can come in and comment. All that i ask is that people leave constructive comments, comments that help the greater good.

And do I believe the captret is overunity/free energy? Depends, but what i do know is that its not the first overunity/free energy device so Lets share ideas so that we can build a better future.

[Groundloop]

I care.

@All,

I have used 3751 Norwegian Kroner (approx. 629 USD) from my own
pocket to explore the capacitor self charge effect. I have designed
a PCB that can take 100 capacitors configured as an electret, as I
posted earlier in this thread. I plan to solder up 10 printed circuit
boards, totaling 1000 capacitors. I have started to solder the boards
but the progress is slow because I have to solder 400 solder joints
on each board. The slowest part is attaching a new wire to the can
of the capacitor with a conductive solderable glue and then solder
a wire the the capacitor. I take approx. 4 hours straight work to finish
one board. Since I have put 100 capacitors in series, then I will get
enough self charge voltage from each board (estimated 1,5 Volt) to
make a automated circuit that dump that voltage into a capacitor.
The output from the capacitor can then be feed to a LED or maybe
a Joule Thief to run some small load. I will post more info here when
the first board is ready populated with capacitors.

Groundloop.

[Tectalabyss]

It works

Hello All.
I have started with the simple one and plan on working my way up.My thanks to Ibepointless2,and All the others here at Energetic Forum.I do plan on seeing if I can make it work with a JT as Automan as done on Youtube.
Thanks.Tec

[bugler]

Talking from the ignorance, regarding electronics, I have to say that this captret tihng is the most exciting event in the last months.

I have seen the video with the multiple flashed and I am very surprised.

I hope that people can, as Inquorate says, automate it and scale it up.
It might be a revolution.

Keep it up and ignore naysayers and disinfo agent. Anyway their presence means you are up to something good.

Most people don't care cause they are sheeple. They care only about bread and circus. They can't think. Never mind about them.

[NickZ]

Ibepointless2:
I also care.
I have found that when running a Jtc until the battery no longer lights the Leds, if you then let the battery rest overnight, they will light the led bulbs again in the morning for a while longer, 1/2 hour or so. I think it may be because of the same reason that the Captret's capacitor recharges. Could it be that the cans of the batteries can function similar to the capacitor cans? But maybe not as effective in partially restoring the charge? Connecting an earth ground may also help, like what Lidmotors video shows.
Tito mentioned that the battery's metal cans may be working somewhat like an antena, I think it was him that mentioned it.
If the Jt's batteries are drained all the way and then let rest, they will also recharge themselves to some degree. Not really worth mentioning, but only to say that I see a similar effect with the batteries, as with the Captret, but maybe not as effective.
@Gary: I agree with you on the fact that if the Jtc is not maintained at a steady voltage and frequency, there won't be a steady resonant state either. No circuit can work well like that, for long. No resonance, no magic...
@Observer: Although we can use a small wall outlet power supply, to have a steady voltage to use on the Jtc. In that case we may as well connect it straight to the leds and forget the Jt. The led bulbs light to their FULL brilliance only when they are also provided with the CURRENT that they need. All the voltage that they can handle will not light the bulbs all the way. Therefore a small solar panel and battery for storage, is the solution for now, as it will let the leds work with the Current that they were designed for, (20 mA each led), or so, not just the voltage.
As we add more leds to the Jtc, the shorter will be the run time, from the battery, unless...
I would love to connect the Jtc to the Captret, to see what happens. Any ideas on that aspect???
@Pointless- thank you for sharing. Trolls may not really care, but we do...
NZ