Basic Free Energy Device

[i_ron]

motor

i_ron,

I don't believe what you suggested will work. Here's why I believe that.

Dave

OK, thanks Dave for that explanation... makes sense!

Good to hear the unit is back, look forward to the numbers

Ron

[Matthew Jones]

Hi to all the builders here!
I finally recieve my boost converter! (it take more than 1 month!!!) This little module are really greath things! I have play with it a bit, but now i'm in vacations with my familly so no much time on it...

I have something i whant to try with this... i will show you guys when i have finish and test it.

just letting you know im still on it!
Ciao!

It must be hard on them dogs to pull that heavy sled, but they got there at least. LOL

Matt

[Wistiti]

🌞

It must be hard on them dogs to pull that heavy sled, but they got there at least. LOL

Matt

Ps...: When it happen the sound change to a "hiiiiisssssshhhh"....

[Wistiti]

My load is the re-emef charger...

[Wistiti]

Ps...: When it happen the sound change to a "hiiiiisssssshhhh"....

I mean by that the primary go down to a certain point where the sound of the re-emf charger change to a "hiiiisssshhhh!" and when it happen the primary voltage stop to go down and it start to climb!!!

Dont have the time for long run test.... only 2 hours and it is still raise. More test have to be done.

[wantomake]

Burnt booster

Happy 4th to all.

I fried my boost converter. Will try to order Bromikey one. Would rather order US distributor if possible don't like waiting for china snail mailing.

Did get good long and useful runs from the nine battery bank disconnected fron solar panels. I used the one primary battery setup(4 batteries in parallel) to maintain the charge battery(5 batteries in parallel) with the 2k watt inverter as load. Yes was very difficult to adjust that pot to balance the primaries and charge sides. Only connected the inverter to the (5) charge batteries. 65 watts on the inverter for several hours was a good run.

Therefore, I think a good quality boost converter that sits on your bench like a power supply is best to run my setup and use during night or winter clouded days.

Sorry no data or pics.

[Matthew Jones]

Happy 4th to all.

I fried my boost converter. Will try to order Bromikey one. Would rather order US distributor if possible don't like waiting for china snail mailing.

Did get good long and useful runs from the nine battery bank disconnected fron solar panels. I used the one primary battery setup(4 batteries in parallel) to maintain the charge battery(5 batteries in parallel) with the 2k watt inverter as load. Yes was very difficult to adjust that pot to balance the primaries and charge sides. Only connected the inverter to the (5) charge batteries. 65 watts on the inverter for several hours was a good run.

Therefore, I think a good quality boost converter that sits on your bench like a power supply is best to run my setup and use during night or winter clouded days.

Sorry no data or pics.

Amazon sells a bunch of these things. Search "Drok Dc boost converter".

Matt

[wantomake]

Boost converter

Thanks Matt,
Yes the one I've spotted has fuse protection. 900 watts is great for me to experiment with.

Happy 4th.

[Matthew Jones]

Thanks Matt,
Yes the one I've spotted has fuse protection. 900 watts is great for me to experiment with.

Happy 4th.

Most of them you have to look at the amperage. They vary if the current is 10 amp and the voltage is 12-60 vdc output and it says 600 watts, thats only good if you pushing 60 volt. But if you pushing 24 volt out then you can only go to 240 watt.
You have know that, because it limits your load ability on the system.

Matt

[bobfrench@fastmail.fm]

Hello fellow builders,

Yesterday evening I tried a run with a 24v/12V split positive setup with 2 standard DC motors in series spinning 2 magnets across 2 generator coils (30AWG). The gen coils/bridge rectifiers’ putout started with about 14.5-16V DC then lowered depending on rpm (which slowed down as the potential difference dropped). But the gen output was always higher than the potential difference.

The motors were between B2 and B3 positives. B1 and B3 negatives were tied per normal. The gen coils power was placed across the positives as well.

I was hoping the higher voltage from the gen coils would boost the over all current flow. I stopped the test when I went to bed and made the last measurement today around noon.

Results:

Start/2146 2200 2230 2300 1240/Stop
B1 12.53 12.32 12.29 12.27 12.48 (-.05)
B2 12.53 12.32 12.29 12.26 12.47 (-.06)
B3 12.41 12.81 12.87 12.93 12.53 (+.12)

The Primary bank lost .11V and the charge battery gained .12V. So if we replace the standard DC motors with 2 pulse motors, we should be in the money. I wish I knew of some smaller DC motors that have 4 brushes and an even number of poles on the rotor. The Razor Scooter motor seems a bit big for such few batteries, although it should be awesome on a larger system.

Also I’ve started attaching an earth ground to the tied negatives. I don’t think it can hurt and maybe it will help, after all, the system is being pulsed. I wonder if I might need a diode. (?)

The pic is of the next test with 2 batteries as charge batteries. That test ended with the 2 charge batteries gaining slightly less than the Primaries lost. B1 -.016V, B2 -.15V, B3A +.13V, B3B +.15V, a net loss of .03V.

Good Luck,

Bob

[Wistiti]

We go camping this week-end and i use the circuit for charging 2 marine bat with 2 smaller battery. It work really well!!! 😀👍

[SkyWatcher]

Hi all, Hi wistiti, you mean the re-emf charger circuit, if so, yes that circuits works really well.
Been using it today with 2 laptop power supplies in series for 27 volts input, charging three 12 volt tractor batteries in parallel, using 13 watts input.
It's going to be a week or so till my boost converter gets here, so i'm trying some different things out.
peace love light

[yaro1776]

Initial Test Run with DC Load

Greetings Gentleman,

Accomplished the first test run of the booster circuit with a 6 watt dc bulb load. The basic arrangement used 3 NAPA Tractor Batteries (one turned out to be way weaker) and adjusted the converter to a stable voltage that allowed for a 1 hour test run.

Measured the amperage between batteries position 1 and 2 along with amps between 1 and booster converter using externally powered Hall type amp sensors.

Mucked around a bit for a stable system and decided to use a booster voltage of 13.64v where the weaker battery worked fine. Not perfect but a good start.

Time B1 B2 B3 Boost A1 A2
Start 12.70 12.85 12.52 13.64 0.0 0.0
6:53 12.20 12.51 13.31 13.64 0.64 0.65
7:11 12.20 12.51 13.46 13.64 0.63 0.74
7:31 12.18 12.51 13.68 13.64 0.65 0.70
7:53 12.15 12.51 13.94 13.64

Resting voltage after 1 hour - B1 12.50, B2 12.77, B3 12.78

Discharge B3 (Charge Battery) down to 12.20 volts with 8 watt load for 1:21 hrs and rest B3 for 3 hrs with final voltage at 12.52 - same as starting point. Ah value is not an accurate reflection due to initial setup time

As an end test cross check on the amperage draw used an 8 watt bulb on B1 and B2 for several minutes to stabilize voltage. B2 at 12.51v and B1 at 12.17v - close to both test end run volts. Rest voltages returned to above noted values.

Attached are test assembly pic and .pdf's of real time amps at noted data times - quality not great here but will correct.

Happy 4th,
Yaro
3BS 1.pdf

IMG_20160704_073809_805.jpg

[Wistiti]

Hi guys!
here is the circuit i am playing with.
Ciao!

[Matthew Jones]

I'm glad to see some results coming in. I have been swamped with the farm so I haven't much time to test.
Just to get this off my chest I am troubled by the presence of BroMikey. He is on my ignore list so I do not have to see his babble, but he tends to clutter threads that are on their own developing good information. As far as I can see 3 posts in row and I can only guess at the font and picture size if they contain any info at all it would be him trying to make suggestions as to how to do things instead of results, masked with praise and admiration. He is the downfall to this forum.

Remember your ignore list if this invader continues to post here!! He is bound to screw up a good thread. After all thats his self appointed job!!

That said I still have intentions to test several configurations. I'll start posting them in the morning.
I would really like to see some attempts to generate energy to put back into the system.
WantToMake tried it but it has to be switched back into the system. A battery is a negative resistor and will draw 100% of the current out of the generator into itself, causing heavy cogging and a lot of amp draw on the prime mover.
So to use a mechanical generator you have to limit the current. A load will work if it doesn't knock the voltage down to much. We can also load a capacitors and dump them onto the battery but that might cause issues.
My personal favorite is to run a switch. Pulsing the power out of the generator.
So I'll get that one worked up for ya'll to play with. Its really easy and should give you some fundamental knowledge of using a transistor or Mosfet.

We also have another option but as of yet I have not found a cheap solution to using an isolated boost circuit. Most of them with any power can cost around $150. But essentially if you use an isolated boost circuit between your positives everything that come off of it is GENERATED voltage. It becomes a solid state generator. So you can put that energy back into the system. Its easier too because most isolated boost circuits are also current regulated.

I think it would be a real achievement to see a system that could be easily replicated, in which we could find a way to charge all the batteries back up. With new arrangement of boost circuits sending power back up to the serial bank I can start to see how this might be possible. Eliminating the need for any outside power source.

Enough rambling I just wanted to thank everyone who's taken this project on themselves. Its really nice to see some work going on again.

Cheers
Matt