Energy from the Ground - Self powered generator by Barbosa and Leal

[MileHigh]

Sorry, but I'm in the middle of a big plant start up, with a lot of big medium voltage motors, vfd's, softstarters, plc and etc, and I don't have to much time to the forum.[/size]
As we guys know, I had my hands on Barbosa device. I tested it, I made measurements and I dissembled it as well. Probably I'm too DUMB to find how the device works, but something caught my the attention.
Why they installed a tc in the secondary to show high amps, other than lead people to get this high " amps" and multiply this value by the income voltage and say from there, that the device can "generate" high power?
I used a very good grounding system, close to a lake, several rods and very big cable. Also, through a  friend, I drew some circuits ( PWM's and oscillators) that was sent to Nilson.

Ariovaldo

Ariovaldo:

Thank you for the information.  I understand that you are busy so I just have some quick questions.  I read somewhere that you bought a non-working device?  In that true or was it supposed to be working when you bought it?

What were your final results, more power out than in, or less power out than in?

MileHigh

[tinman]

From a member over at EF.

Quote: Hello Clarence. Thank you for all the info on your build setup. I see that you mentioned you have run your build for about 4 hours, and I guess you mean with the battery and inverter and battery charger in a loop, as shown in your schematic drawing? I think you said your build was around $2000 or so, so it would be helpful if you can provide some more details here about how your build is performing.

What is the longest you have run your build in self looping mode with the battery, and what specifically did you have connected as a load for those tests while it was self running, and what was the battery voltage at the end of the run before you switched everything off? As you no doubt know, you have to measure the battery voltage while everything is still running and the battery is still under load at the end of the test, before you switch anything off, because the battery voltage can start to climb back up once it is no longer under a load. I am sure I am probably not the only one who would like to hear some more details about how long you have run your build in self looping mode, and what kind of battery voltage is maintained throughout the test runs while the battery is under load. You must have no doubt run your build in self looping mode with the battery for much longer periods than just four hours to confirm that it can self run for a long length of time without the battery voltage starting to drop?

Clarence has answered every other question others have asked except this one-->interesting.

[Pirate88179]

From a member over at EF.

Quote: Hello Clarence. Thank you for all the info on your build setup. I see that you mentioned you have run your build for about 4 hours, and I guess you mean with the battery and inverter and battery charger in a loop, as shown in your schematic drawing? I think you said your build was around $2000 or so, so it would be helpful if you can provide some more details here about how your build is performing.

What is the longest you have run your build in self looping mode with the battery, and what specifically did you have connected as a load for those tests while it was self running, and what was the battery voltage at the end of the run before you switched everything off? As you no doubt know, you have to measure the battery voltage while everything is still running and the battery is still under load at the end of the test, before you switch anything off, because the battery voltage can start to climb back up once it is no longer under a load. I am sure I am probably not the only one who would like to hear some more details about how long you have run your build in self looping mode, and what kind of battery voltage is maintained throughout the test runs while the battery is under load. You must have no doubt run your build in self looping mode with the battery for much longer periods than just four hours to confirm that it can self run for a long length of time without the battery voltage starting to drop?

Clarence has answered every other question others have asked except this one-->interesting.

He will never answer these types of questions...not because he does not know the answer...but, because he does know the answer.  I am sure he started out like everyone else, with good intentions...but later discovered, like everyone else doing things like this, that his source battery dies over time.  He does not want to admit this to anyone, including himself. 

He will not last long of EF.

Bill

[TinselKoala]

MH
Just paying attention .
@ TinMan
sums it up nicely.    [on another note yah shuddah Gone fishin Too...

here is the link for the new dedicated thread [which I will most definitely be contributing to]
http://www.energeticforum.com/renewable-energy/20091-barbosa-leal-devices-info-replication-details.html.

Chet K

Can't see the images unless you are a member and logged in. "Open source" at EF is a secret, open only to a select few, remember?

And I am not a member, ever since I got banned by Err-on for demonstrating 1) that Rosemary Ainslie's claims were not true; 2) that her published 555 timer circuit made an inverted duty cycle from what was claimed; 3) that Err-on did not know how to use his fancy oscilloscope; and 4) that Ainslie and Err-on and many others did not understand that the Voltage on the Drain of a mosfet configured as a switch in the Ainslie circuit will be High, at battery level, when the mosfet is OFF.

[MileHigh]

This guy?