Captret - Capacitor and Electret

[Tito L. Oracion]

Hi everyone This is Titus good day and merry new year 

I just drop by and i want to share some weird thinking of mine that, what if we change the cover of the Battery instead of a plastic then change it to metal then place a connection to that metal plate cover as third source like captret?

if in captret give us short free energy then i think maybe i'm not yet sure but just a wild thinking, battery can give us more energy. 

AND if we are lucky this is another door ok. 

MERRY CHRISTMASS AND A HAPPY NEW YEAR 

OTITS L. NOICARO reporting     

[plengo]

Captret updates.

I have been also testing this "captret" and in one of my experiments I am trying to utilize the "excess energy" in short periods of time directly to a battery. I simply switch from 2 sets of captrets back and forth into a lead acid battery.

Voltages are my measurement for the "state of charge of the battery". An LED is used when the "excess energy" is directed back to the driving batteries, in essence getting free light for no measurable cost.

My premise is that if the battery voltage does not go down but goes up in a long run (at least a week) I think I can consider the voltage as a first proof of free energy (at least enough proof to show that the battery is not being consumed).

Diagram attached. Video will be posted soon on my youtube channel.

Fausto.

[nievesoliveras]

Captret updates.

I have been also testing this "captret" and in one of my experiments I am trying to utilize the "excess energy" in short periods of time directly to a battery. I simply switch from 2 sets of captrets back and forth into a lead acid battery.

Voltages are my measurement for the "state of charge of the battery". An LED is used when the "excess energy" is directed back to the driving batteries, in essence getting free light for no measurable cost.

My premise is that if the battery voltage does not go down but goes up in a long run (at least a week) I think I can consider the voltage as a first proof of free energy (at least enough proof to show that the battery is not being consumed).

Diagram attached. Video will be posted soon on my youtube channel.

Fausto.

Just remember that if you are using an external power to activate S1 then you dont have free energy at all.

Jesus

[plengo]

Sure. Baby steps my friend. First one see if works than improves on the idea.

Fausto.

[Sprocket]

once a capacitor is full it becomes a open circuit and no power should be consumed.

Set the captret idea aside and take a capacitor that is less than 100uF and is above 35 volts and hook it up to a 9 volt battery; positive of the capacitor goes to the positive of the capacitor and the negative of the battery goes to the negative of the capacitor. Now leave it in a place where it can be touched or moved around, make a good place for it to sit for a month or so. Be sure to record the standing voltage on the battery before connecting it.

The voltage on the battery should go down when you connect the capacitor, but should slowly climb back up to the standing voltage. Just leave it for a few weeks to a month and record the voltage daily if you can.

If the voltage goes down over time then something is wrong, it should stay the same or go up due to the fact that the capacitor is full and is now a open circuit.

Apart from my cap specs being not in line with your recommendations, I am doing pretty much everything else right.  Are you referring to alkaline/zinc-carbon (ie. non-rechargables) batteries?  Rechargeables won't have a standing voltage 'cos most have an appreciable drop in voltage in relatively short time periods due to their slow constant discharge.

And my rechargeable's voltage keeps falling (as expected) - a few more  days and it's down to 9.37V

I will try with another cap that's more in line with your recommendations though - when I sober-up...