100 watts of free energy

[@MrBademy]

dude you are amazing! we need more people like you, genius mind, amazing effort , thank you Joel

[@chialor1945]

Hey Joel, I'm curious, have you ever updated this setup and ran long term studies on your setup?

[@hydniq3327]

I'm very impressed. I would like to see one of those plug in watt meters on the inverter to see total watts. and an dc amp meter showing the draw from the battery. The inverter takes dc amps while running also. So it would be nice to see the total draw from the battery. You are showing the bemf of the coil can keep a battery charging with a load . Great work.

[@joellagace1679]

Yes your right it would take a little more then 100 watts. I didn't account for the few watts the inverter uses while just being on. But yeah that's what it seems to be doing it keeps the charge up while using a load from the back emf side. But for some reason the back emf gen/controller needs to be totally isolated power systems for greatest effect.

[@hydniq3327]

Yes the bemp spike needs to go to a cap bank to store the charge . this serves a purpose it can take the spike and just charge up the cap. if the spike went to the battery it would vibrate the plates . that is what you don't want . these new battery charger do that they pulse the plates with dc pulses . ruin batteries.

[@joellagace1679]

@@hydniq3327 Yeah I read about some of those kinds of chargers going real bad even blowing up "bad" batteries. Even. But that could be just Rick trying to give Bedini devices a bad name. But your prob right. Dr Peter whats his name also insists on the cap dump method for any kind of "self" running mode.

[@hansscholte5472]

@@joellagace1679 Hi Joel, you mean Peter Lindemann right? Really like your videos and the questions that pop up while you work, really impressed! I will give it a try like you did in this video. My experience with batteries is you can only measure the voltage if they are not connected to anything. So you could do this every 5 min or so just to be sure the battery keeps its voltage ‘unloaded’

[@marlynsina-on8434]

My concern is the pulses 100volts maxm damage the Inverter components that exceeds 12v?

[@Edmorbus]

Could you post details on the coil and driver please? Thanks for sharing

[@stonesaudio-2594]

I would love to have a schematic of the setup so that i could try to recreate it.

[@emil.honganmaki5461]

many old batteries do just that, even if they are not charged at all. that is, when a small load is on, the voltage first drops in the battery and slowly starts to rise. a very normal phenomenon.

[@joellagace1679]

For a few minutes not half an hour.

[@TravisTellsTruths]

​@@joellagace1679it depends on the load. That light does not look 100 watts bright. I don't believe any of your videos until you leave it overnight. I've seen the same stuff at home, but overnight, it never works. Show proof.

[@IkutegbePeter]

Thanks for the work bro, but can you give us the information of the capacitor, voltage and the uf, thanks alot

[@lofe203]

Hi, could you make a circuit to it?

[@INVENTOR3]

Hello. My name is Paul. I'm surprised I have not herd of you before, I am also surprised you don't have more subscribers. Very interesting work you do! Almost hard to believe. Very impressive work. Your over unity video was very interesting too. I subscribed 🙂 I just open sourced my project.

[@joellagace1679]

Yeah who knows maybe they are suppressing me lol, Thanks!

[@scratchbuilder5952]

Thanks for sharing, Interesting stuff.. I followed your link from the overunity forum

[@waitin4thateeeeeeeg]

Hello Sir, have you come across any circuits that produce over unity? I want to give some of them a shot and show to myself ( and others around me) that overunity is possible

[@danielwashi6229]

Good work sir. I have been trying this but the results is that good. Could pls share a schematic of your circuit?

[@Beastbrain...369]

Circuite diagram not found 😊

[@1698421]

dimmer-oscillatore 1 megahertz- raddrizzatore- inverer ad inviluppo

[@jeffreydove2036]

Joel , very cool demo .

[@joellagace1679]

thank you!

[@Gacha.Cupcake]

Good job. Why not plug the little transformer back into the inverter and loop it? Thanks for another great video

[@steveanderson2770]

Your PWM board doesnt need the voltage stepped down. Its rated at 3.3v minimum to 30v maximum. What type of block resistor

[@zenssysteme681]

​ @Joel Lagace hello congratulations good job can you share the construction diagram thank you

[@vicolsecurity7833]

I had such experiences with my radiant motor I'm currently working on; the battery initially drops in voltage, then starts charging up again. After hours of use however, it starts dropping in voltage again. While on my radiant motor the battery is not plugged in to any charging source...we move

[@avinpais]

Very interesting video. Can you direct me how to build a cap dump circuit?

[@joellagace1679]

Here might provide more info. typeright.social/forum/showthread.php?tid=64

[@ElijahCokeley]

This was a year ago! 🎉 Wow Joel Bravo. For the battery type systems it seems the megahertz + frequency pulse is key. Seems like cold energy is being sucked into the coil or capacitor. I assume this is cold plasma regime from scalar waves collapsing in the center of the coil? Joel, I think this circuit using a rodin coil instead of yoir white spool would multiply the voltage on output and increase COP. See BeneficiantTv. I wish my computer was working to save this. It would be very cool to have you on a live stream on Faraday Research LLC youtube channel Friday night 9pm EST. God bless you Joel, we need more people like you. ❤

[@joellagace1679]

Yeah also been working ever since to refine the controller pulse etc.. One long story short to try to eliminate the need for dependence on lead acid anomalies. My latest dual mosfet switching project seems to be a leap in the right direction.

[@freethisone]

I actually thought this was a brand new video you made, but its 8 months old? this is incredible.. just think what you will be able to do tomorrow.. AAA+++

[@joellagace1679]

Yeah it's old. like me getting old lol

[@IkutegbePeter]

Can this set up be use to charge 100-200 amp solar battery

[@felixaudet5860]

Use a flat copper strip spiral coil, with high K dielectric instead of the PVC insulated copper coil you have and see the difference. You can even use an air gap as the dielectric, as long as it's not shorting.

[@Biokemist-o3k]

Beautiful!!!!!

[@antoniogalli8867]

Dear Joel Lagacé, It is an honor to be able to communicate with you. As a follower of your KZbin channel, I have learned a lot from your skills and experience in the fields of electronics and free energy. I admire your dedication and passion for exploring innovative and experimental technologies, and for sharing your knowledge and discoveries with the community. Recently, I saw one of your videos where you presented a device that has captivated me, and I would love to be able to reproduce it at home. If you could please indicate where I can find the schematic or diagram of your device, I would be very grateful. I want to take this opportunity to thank you for all the time and effort you have put into creating your videos, and for sharing your knowledge for free. Your videos have been a great source of inspiration and motivation for me, and I am sure they have been for many others as well. Once again, thank you very much for all that you do. I look forward to continue learning from you and your experiences in the future. With appreciation and admiration, Marcello Galli desde España

[@joellagace1679]

Maybe this video will help kzbin.info/www/bejne/iYuwZHewn86Ebqc

[@strawman9410]

Looks like overunity 👍🇬🇧

[@fidelcatsro6948]

men in black enters the chat...

[@joellagace1679]

lol

[@magnuswootton6181]

thats amazing, i cant believe how much u kicked arse!

[@ashercorbett8089]

Is there a way to isolate the output, so that you can loop it and have it run itself?

[@joellagace1679]

This is what i'm working on now. typeright.social/forum/showthread.php?tid=485 Might need to register to view in forum photos.

[@fidelcatsro6948]

amazing! best part this godzilla coil is even easier to make than those bedini coils!

[@Gacha.Cupcake]

Joel Why don’t you plug the charger into the inverter, instead of the wall. Let’s power the Pilsner and the light bulb Fromm the inverter and see what happens to the battery? Thanks

[@TravisTellsTruths]

That battery has a massive capacity. It doesn't look like 100 watts of light, either.

[@doespindle7934]

Do you have an SCR diode dumping the High voltage into the battery?

[@LinArt-e7b]

greetings, very good demonstration I know this research was done a long time ago. but if you can answer, If you operated this system for about 8 to 10 hours, and that the voltage has been sustained under load, and that the operating time of the 100 watts of the light bulb, its consumption has exceeded what the battery could provide in AH, thanks for your demonstrations

[@LoloCaustianity]

If you had some powerful LED´s pointed at some solar panels, would that help generate more energy?

[@joellagace1679]

A youtube user experimented with this using lens to focus the beam. Who knows.

[@alexmanzanero]

Great work Joel, is there a link to a schematic we could follow?

[@alexmanzanero]

I found your schematic in another video where you explain things, thank you

[@martymulhall680]

@@alexmanzanero where?

[@alexmanzanero]

@@martymulhall680 kzbin.info/www/bejne/q4HKn3WsnLN_asU

[@thecontact2609]

One other thing, where did you place your discharge capacitor?

[@dSquared0162]

Exciting! 👍

[@byscarman]

after 8 months of knowledge do you think this way is more sustainable or the one wire system method is better?

[@joellagace1679]

one wire for sure! Replicable conditions vs sporadic imo as good as this was not putting it down its still up as its good good info.

[@joellagace1679]

But it depends on the Bedini the big multi coil systems will produce that radiant energy at the back emf output that is compatible with the one wire system. So you could in theory use a "Bedini" to drive a one wire system instead of directly coupling into the back pulse with a reverse diode and two wire. Keep that loop open and you will do just fine :)

[@JohnnyD_cm]

I'm so intrigued how such a low resistance coil can draw such a low current! Could you post details on the coil and driver please? My Bedini motor draws a minimum of 200mA, so I'd love to get that down!

[@joellagace1679]

I use a solid state method, it took me a few years to find this couple of dollars square wave and cycle dutty generator. That works at such low voltages I need to have a small voltage reg at 5 volts in front of it as its too hot at 9 volts lol The trick to using very little current is to bring to cycle dutty very low on pulse like I got it set at 10% this gives fast and sharp pulses into the coil limiting much of the current at such sharp setting, This how ever seems like more than optimal conditions for loads of back emf. I have total control of how much current I choose to let the system use. I don't think you can get that much control using the mechanical wheel method.

[@JohnnyD_cm]

@@joellagace1679 I'll be moving onto this method me thinks. What frequency do you drive it with? Is it resonant with the coil length?

[@joellagace1679]

@@JohnnyD_cm 180 hz. I had no real method at hand to test for resonance point so instead I did it 10 hz at a time and simply listened for fastest clicks (cap charges and discharges. As I raise to much over 180 hz it was going slow again and if i dropped it to much lower then 180 hertz it also got noticeably slower so I just took the two values and went in the middle at 180 hertz for my setup and i get fast clicks, a couple a second discharges and recharges with 22uf cap. I tried 10uf much "faster" clicks but the battery does not seem to really respond with the 10uf dump. Something like 40uf the clicks get too slow.

[@JohnnyD_cm]

@@joellagace1679 Thanks Joe, I'm going to experiment and see what I get. This is exciting stuff! FYI, my Bedini motor is 6x ceramic magnets and a 7x twisted cored coil, 150ft each length at 22 gauge and 1x at 28 gauge for the trigger. I dispensed with the trigger coil to use a Hall effect switch to drive a pulse generator. I can set the pulse width manually, this then drives the coil via a 2N3055. I found that attraction mode worked better. I tried one coil as the drive, but the current was up at 600mA (resistance was 1.8R). The other coils were to get DC via rectifiers. I now have all 6 coils in series to give the 200mA. I've tried all manner of things to tweak the performance, but the spild state method is looking very enticing.

[@joellagace1679]

@@JohnnyD_cm Very nice, I tried that as well with a wheel I had. With a hall effect chip a while back but I kept burning them out when the wheel got to fast rpm. good job!

[@nixon6216]

Is there a video to explain what is going on here ? .. I recently learned about all the different ways that you can convert mass into energy via things like newman motors and other things like radiant energy. Good luck with your endeavors any vid to point me in a direction to understand your device would be grateful.

[@joellagace1679]

Look for Bedini, Tom Bearden. Just look pass all the conspiracy theories. Other then that good stuff.

[@icebluscorpion]

So... Will we beef this system up?

[@joellagace1679]

Maybe if I get the resources someday. Thinking a solid state multiple coiler setup with some sort of radio like auto tuner for the charging resonance as it varies. It's just a pain to have to nurse this thing continuously with adjustments.

[@ashercorbett8089]

How long do you think the battery could last? Days?

[@joellagace1679]

Given how the Bedini process is known for slowly killing batteries when operating UN-supervised. I would say no more then a month. Bedini found out ended up with lots of paper weights. IMO its best to tune the whole thing to self loop with just capacitor power banks.

[@ashercorbett8089]

@@joellagace1679 sweet

[@TheSu5hr]

nice homemaed many thank my dear

[@icebluscorpion]

9v 60mA that's nothing now we just need to use some of that energy to drive the bedini with🤔

[@MTECHINDUSTRIES2022]

That's amazing

[@MTECHINDUSTRIES2022]

I'm absolutely amazed by this circuit & have a few questions if you have the time to answer them please. 1. Does this only work with old lead acid batteries or could it work with lifepo4 batteries? 2. Could this be reproduced on a smaller scale with a scaled down version of your large coil that has the 4 end wires shorted out? 3. Would this run indefinitely in theory? & I'd love to support your work & donate each month. I'm also interested in your exact circuit diagram

[@joellagace1679]

Well from my experiments, I have not been able to scale much down from this, Bedini has the same concept scaled up. I do show it working with some modifications with capacitors only, Sure the voltage keeps going up however taking a day to do it, Is not really optimal energy but it's a simple teaching tool to demonstrate the concepts. As far as lead acid batteries its a hit and miss and you need to condition before, Some will respond better then others. So this is why I got away from using lead acid. It works but difficult to replicate the conditions.

[@MTECHINDUSTRIES2022]

@joellagace1679 i appreciate your quick response & in alot of my devices the tuning process can sometimes take 2 or 3 hours lol

[@heilundwissen9833]

Thx.Freq=?

[@joellagace1679]

180 hz 10% duty cycle pulse. square wave.

[@SaveOurSouls-SOS]

change the battery in the multimeter

[@ftwproject658]

Best research I've seen in the field in a while. Subbed. Do you have a Patreon?

[@joellagace1679]

No just lots of Tom Bearden books and lots of video pauses and "rewinds" on the energy from the vacuum dvds lol, It's been bothering me for years since. So I just had to experiment myself and the type of person I am when I get involved into something, I need to find out everything I can and try everything I can.

[@thecontact2609]

I recently just started experimenting myself and came across your KZbin channel. I had a similar experience exploring and learning about Tom Bearden. Have you read his book Energy from the vacuum? Also, you should pick up a book by Charles Proteus Steinmetz. Elementary lectures on electric discharges waves, impulses.

[@joew5559]

Awesome

[@flavio4483]

The Only Method to Reduce Impedance and Obtain Better Results to Take Much More Advantage of an Electromagnetic Field is to Use Very Fine Cable in a winding, but it is not a coil made with turns of very fine cable. It involves using many thin cables in parallel to reduce impedance and increase magnetic density. You can make a 100-turn coil with 0.3mm wire, but you can also make a 100-turn coil with 10, 0.3mm parallel wires. Thin Cable Increases Resistance, But Many of them in Parallel... You Already Know. You are welcome!

[@flavio4483]

For this reason Bedini used BIFILAR coils!

[@klingonbaronessprincesskar5519]

Beautifull

[@bumpymotors]

Hi John, welcome to the Joel show, this guys awesome!

[@4dannydg]

Have you tried adding a core in the coil?

[@joellagace1679]

yes gain went down drastically.

[@thecontact2609]

This is amazing Joel and i want to build one. Say, im watching this video now and it looks like you posted this 9 months ago. While watching the video, i noticed that you mentioned that the battery was boiling during operation. Have you check the battery recently and is the battery still ok? Im just wondering if this set up has some sort of negative effects on the battery. Thanks, Clint.

[@joellagace1679]

According to many it does have an eating effect on the battery. I never did it enough times to apparently harm the batteries. Others say its juburshing and it don't kill batteries, This is my only good battery so I moved on to other methods. I did get the same effect not as pronounced using only caps.

[@thecontact2609]

Ok, thank you. Yes, I've seen that video too with the ultra capacitors. I think the one wire set up is the way too go. The key is to not kill the dipole!

[@Gacha.Cupcake]

To be helpful, please describe your circuit in details. I see you see you use the PEM to drive the mosfet I suppose, but the rest is not clear. Thanks

[@stbanmurillo]

excellent demonstration my friend, but I have a question: the transistor is npn and if you could tell me which one you use, thank you very much.

[@joellagace1679]

The transistor is not that important for slow( in relative to RF) switching. Bedini used many "audio" transistors for the job. I use here NTE 181. You will do better if you use a mosfet based switching circuit instead to pulse a coil

[@stbanmurillo]

@@joellagace1679 thanks my friend I will take your suggestion into account. i also wanted to ask you if it would be possible to put 2 or more coils in series or in parallel.

[@joellagace1679]

@@stbanmurillo I am still experimenting with using more coils, I think it can be done. Bedini has some similar schematics that do just that.

[@stbanmurillo]

@@joellagace1679 where to find the bedini schematics? if you could take me to them I would appreciate it my friend.

[@ultratechlive]

thanks for sharing, Is this Joule thief circuit?

[@joellagace1679]

No its not self triggered.

[@fidelcatsro6948]

its simpler than a joule thief circuit, even my cat can wind the coil!

[@MarkM-bg6jg]

You are NOT an amateur, sir.

[@joellagace1679]

You mean ham radio?

[@MarkM-bg6jg]

Probably that, too. Upscale this to power a house and you can become the world's first trillionaire.

[@joellagace1679]

You just need to add more coils (to a point) and building the coils more massive in size, while trying to keep impedance down below 2 ohms also seems to work.

[@joellagace1679]

Bedini also ran multiple coils at the end but you see his amp meter swing to 1.5 amps when it pulses. It was rumored that the output was 300 watts, I think Bedini may have calculated wrong as we are not dealing with AC or DC here. It is a sharp pulse expressed in amps a second. So you need to calculate your input joule and your output joule, And compare that with the input. Trying to figure it out live visual peaks with amp meters looking for the higher pulse on the output is not going to work with this kind of energy. A mistake some will make in trying to determine the output. Also make sure you keep that input pulse duty cycle below 1%. The community has advised us that using mosfets would be better with the features of extra fast and sharp off switching times in relative to transistors. So you can try that as well!

[@energyhack3538]

Cool circuit and tremendous results! Have you let it run for an extended period and witnessed the same effect? (ie. 8 hours)

[@joellagace1679]

yes, I also been able to use the inverter to run a traditional car battery charger and successfully charged a bank of 2 dead car 12 volt batteries. No vid of that as I don't consider running a traditional charger to charge any "impressive, how ever i'm stating in this comment like Bedini did, it will "work" with an inverter running a charger as well to charge additional batteries with "regular" energy.

[@jimmybrad156]

@@joellagace1679 how high did the battery voltage get (while still driving the inverter's 100w load) after >10 hours?

[@julianperry1406]

Hi Joel that’s a great and inspiring result. Can you please clarify what pulses are actually reaching the battery? Most cap dump type circuits are charged up to say 25V and then deliver a high current pulse to the battery whereas I thought you mentioned several hundred volts reaching it. Is it just current pulses to the battery and the spikes to the storage capacitor?

[@joellagace1679]

This is what I seem to be doing a little different, I charge the cap to about 100 volts before dumping into the battery.

[@julianperry1406]

Ok so you are using a 40uF, 100V electrolytic cap with the neon as the ‘release’?

[@julianperry1406]

Interestingly, a recent conversation with Peter Lindemann revealed that he and Bedini tried using high current pulses and HV pulses together to give extra impetus to the charge delivered. Your approach might be an easier way to do that.

[@joellagace1679]

@@julianperry1406 the neon acts like a switch at 100 volts and dumps the cap.

[@julianperry1406]

@@joellagace1679 My previous comment hasn't shown up yet (it had a link to an image of a circuit which might be a problem posting?) Anyway, in that Neon circuit, I left off the diode between the HV pulses coming in and the capacitor. I hope the earlier message arrives.

[@PicaDelphon]

Well your amps are still coming from the battery, but you can volt even low volt . And BTW, leave the Acid battery sealed and vent into a can w/filter that is Hydrogen / sulfur with the Charging of the Volts, Do not Breath near the Charging of them..

[@joellagace1679]

It's an issue with some of the Bedini chargers they blow up the batteries, some say to just lift the caps to air out the hydrogen.

[@PicaDelphon]

@@joellagace1679 I use them Water/Weather Proof Battery Boxes and Vent the Hydrogen Gas outside, simple clear rubber hose works best W/Flashback blow-back when hydrogen generators items

[@Machiuka]

One of the most interesting experiment I've ever seen. Congratulations! It is easlily replicated. The only element that seems a little dificult is the big coil. From where are you getting it?

[@joellagace1679]

I just built a bunch of coils trial and error and measured impedance and took note of result. Most of my smaller coils where in the 10 ohms or more range. This one is around 300 feet of telephone cable wrapped around plastic spool and measures 1.9 ohms its much thicker gauge wire and much bigger coil, I trigger it at 10% or less duty cycle this holds back much of the 9 volt current from being wasted with the low impedance coil.

[@Machiuka]

@@joellagace1679 Maybe is related to the fact that high resistance means more heat, that leads to wasted energy. Therefore tick wires and low resistance is the key, as you're demonstrating.

[@joellagace1679]

@@Machiuka I think so dr Peter Lindemann later on stresses the idea of using crazy tick wires. Even in areas where you would not think of it, They say even an amp meter in line with such little impedance in line, was enough to cause all kinds of unexpected results. But in the forums folks are complaining I'm doing it wrong and that my coil is way too big and they suggest to build a small coil, Been there done that. hehe. It "works" with small coil but not for the things I want it to do. I wanted to try something with the big wires and coils impedance wise. The circuit was very sloppy at first and it still worked! So after fixing it up, it really took off.

[@joellagace1679]

I just realized perhaps a key to why this works the way it does is the way I built that coil, its 4 cables inside its phone cable but I short out all 4 cables at each end of the coil, this gives me "one" wire but but inside the coil they are still individual and insulated from each other, This might be adding some sort of "funky" capacitor, It might be acting as an electret as well pulsed at the right frequency. Just thinking because on one of Bedini's devices the gold electromagnet thing,. The core is built with multiple strains and separated kind of like what is happening with my coil configuration. Don't know if its related, just made me think that's all!

[@Machiuka]

@@joellagace1679 In this case I think that instead a phone cable, which is hard to find, it may be possible to use an ethernet cable, which has 8 insulated wires. The only difference between the two is that the phone wires are thicker. But it could work. What do you think?

[@MrGeraldino250]

Hi men interested that really work how video, i like replica for test you can maybe schematic ?

[@tiredironrepair]

Make kilovolts and get kilokilled. Yikes!

[@rabanigolovin7298]

Привет уважаемый! Эти действия ещё раз можно будет на бумаге. Спасибо

[@Gacha.Cupcake]

Without sharing the details, it’s useless to people Thanks

[@joellagace1679]

the details of the backemf generator are not relevant. I built it up very crudely. Nothing special or secret, there are better ways of doing it. There are a billion schematic diagrams online of such generators, study one, pick one and use it. What is important here is the cap dump pulsing effect. And I have released the cap dump circuit already. Thanks!

[@jimmybrad156]

@@joellagace1679 what voltage is the cap rated for?

[@joellagace1679]

@@jimmybrad156 200 if memory serves me right. Have to make sure that it can handle the total backemf spike.