Nice work. Bedini and I worked all this out decades ago. The best "load" is a near short circuit. It turns out that charging a large battery is the best load because a battery being charged is a near "short circuit with a voltage displacement." Conversely, you can use it to charge DC capacitors and periodically dump them into a battery. Self-running systems based on these ideas have been around since the 1970s. Both Panasonic in Japan and Seimens in Germany had self-running electric scooters, based on these ideas, back then. Keep doing what you are doing. You are on the right track!
Nice build. The speed up and reduced input power under dead short versus another load again has to do with the time constant of the coils. If you add R ( from your load ) you change the TC and lose the effect. Your load must have as little R as possible. Even Supercaps in series may have too much R, whereas a single big electrolytic capacitor will have much less resistance and you will still be able to produce the effect. Use the single largest electrolytic capacitor with the lowest R that you have on hand. After that test, add switching. When you switch the coils to a very low R load, it is similar to coil shorting, which will give you voltage spikes on top. Later add K_Energy's cap dump and a pwm to try and reduce the input power to the DC motor, after the generator is up to speed and under load. How much cogging is there when you turn the shaft by hand? I can imagine that most of the extra load experienced by the DC motor after the generator is shorted is due to cogging. The load due to cogging can be significantly reduced by rotor skewing. There is a simple formula for it and it's intuitive. "Rotor skew pattern design and optimisation for cogging torque reduction"
It’s engagement like this that will be driving factor in one day any of us being able to accomplish our goals of over unity , alternative fuel cells, and cheats energy’s! Thank you for not calling this a free energy device, and cudos that it’s getting views without having to do so. You sir are a good soldier in the fight against the algorithms. I myself am developing alternative fuel cell systems utilizing kolbe electrolysis , and voltroltsis , to create h2lpg. Which will reinvent the way we use gasoline to make 5 gallons of gas or less last as long as a full 20 gallon tank would by first spectating the fuels propane from the liquid gs by filtering the Hydrogren and oxygen gasses created from the voltrolysis threw them which the oxygen bonds with the molecules needed to release the propane, as well as in the Kolbe electrolysis part of the system there is more hydrogen gas and both propane and hexane gasses created. This combo when fed to a motor will far exceed the efficiency of liquid gasoline , as well as it will be emission less an no need for any child labor and slave labor derived materials like lithium. What’s wildest, is I’m doing this with no funding litteratly have bee. Scraping up the parts from scrap electronics and metals , if I had the funding and access to such things like a 3d printer and programs I’d wager my own living souls that it could be accomplished in a years time. Perhaps one day the two of our works will meet and find ways to incorporate each design together to compliment the other.
You can't calculate your output power by multiplying the open circuit voltage by the short circuit current. When you attach the ammeter (effectively shorting the circuit), your voltage will drop significantly (near 0 V as there is some small resistance in the wires and meter). To get a better idea of your output power, connect a know load resistance and measure voltage across it, the current through it, or both(W = V^2 / R, W = I^2 * R, or W = V * I).
Definitely interested in your design. This is a close design to the QEG. I would add capacitors on the secondary windings of your coils to form a resonant LC circuit. If you get the right capacitor values and the right rotational speed, you should get better results than you currently have. Secondary windings will need to be smaller gauge wire so that the turns per ratio is much higher.
I'm better at designing and building than the electronic side. Thats why I want to build experiment platforms for other people to run with their ideas, and hopefully share them back. This is actually a flux switch generator developed for guided missile systems I've recently found out. Even though its not a new concept, I think it show promise. And you can't just buy these easily. So maybe they'll be good for a wide range of applications.
If you wanna the current low, while the output is high, here is a possibility: I use a Hallsensor, to put coils on and of. Use the super capacitor, to keep the load small, while thick wired coils gets the load, so it is near short curcuit. I used severeal coil on one core, parallel, and between them (and at the ends, means 5 primary and 6 secondary coils) i havethe secondary coil. The primary parallel, means you put the magnetic force of the breakdown, or the capacitor, together. In my experience, you need relatively high resistance, so the parallelity can reduce the ohm but every single coil uses the electricity properly to produce the magnetic field. But becarefull, this can cause an induction, that mybe slow down your Motor. But i don't know, cause i build an other construction with fly back or breakdown energy. Maybe yours work Differen. The 6 secondary should be connectet in series. Try to reduce the ohm, but you need a high induction, so in series. Parallel, i didn't get much out of it.
Alot of effort. And neat production. Can the output power up the motor, such that you are extracting the energy of the neodymium magnets and getting net energy production?
I think your approach is valid, but instead of measuring i think attaching numerous loads and parallel or series combinations of them could help getting the most out of it. Like charging a battery through a lightbulb or two. Anyway cool build! are you planning a larger build aswell?
Well done on this design!! Sit with the same problem where when I short my coils the motor pick up speed but when I place a load the opposite happens....interesting effect....hope you can sort this out! Again am impressed with this gen of yours bro....well done and keep up the great work you doing!!
Bi-toroidal transformer! When making one of these make sure the two outer coils (there are 3 in total) are the same frequency so they resonate. Both of these coils need to be under load to see overunity 👍
Replace the magnets with high frequency AC electromagnets(increases output) wound so the Norths are up in synchrony, have the rotor be stationary with four points at the coils. You will need laminations that can handle the changing high frequency flux.
Through my understanding of the working principle of QEG, I thought about placing neodymium magnets in place of the field generating coils. I imagined and envisioned the generator with exactly the same model as yours, while I had never watched your videos.. I also have another different design that works on the same principle and I called it Model X
I'm putting the finishing touches on my new workshop, I will start putting out new products soon. Some motors will have lazercut metal parts. Subscribe to stay updated. Thanks for stopping by
Curious to see what a bifilar wound coil wrapped having the same number of turns as you currently have but again 2 independent strands rather than 1. While running the generator direct short the coil on 1 winding while attempting to capture the spike through the second winding. This will likely not work. If this were my experiment I would nevertheless still have to physically try to appease my less intelligent curiosity Great job and don’t stop continuing to try, besides I’m really enjoying the progress you’re documenting God bless
It looks professional, or "store bought", very nice and atheistically pleasing. As far as power, looks to me like you're getting 1.5 times out, the power put in, if that's correct, you've achieved overunity, so congratulations.
Bravo, this is the best motor-generator build with good presentation. Maybe you can run it with a low consumption induction type motor. This flux gate generator is very promising project. I would like to see more videos about it..
I haven't done a cost analysis to figure out what I'd sell them for, I was waiting to see if people were interested first. Since people are I've ordered more parts. Ring the notification bell to be notified when I drop more information about flux gate kits. Thanks for watching.
Seems like double Gerard Morin pump. I think the basic Gerard Morin pump style might be better cause it can produce pure sine wave, not weird spikes. If you want to get more out than in, you need to throw the metal core to thrash bin and use some bifilar coils.
so uh, your voltmeter at a dead short at 4:21 is clearly showing 0.267V assuming your ammeter is single amps, and that the resistance is rather low, that would give an output of 0.58 watts with an input power of 58 watts, that's a little over 1% round trip efficiency. Assuming you are using a brushed dc motor, who's efficiency is almost certainly near 50%, we can say that your generator is near 2% efficient. It would have been incredibly helpful if you had connected the ammeter and voltmeter to the generator at the same time, as we could then get the exact power output and efficiency. Good work with the generator though, haven't seen that style before. The obvious advantage is being able to use colossal magnets with the disadvantage being the reduced change in field strength as the field cannot invert as with a normal magnetic rotor setup. *edited because I can't do basic division
Thanks for being interested, I'm not yet equipped to sell this but if enough are interested I'll sell them without the wire or magnets. Which is easy enough to add. Subscribe so you'll be notified when I am ready to sell these as experimental platforms.
I'm doing a mining claim service posted recorded and sampled even local filing as well this type of power source in the mining field could be profitable for load generators are load. It's on ebay I live in Sanderson texas where are you are you interested in helping me with my design.
Your free to use whatever you see in my videos, but you'll have to do research to see if there are any legal issues associated if your trying to make a profit. Like existing patents, safety, etc.
@@redesign3dp I'm not interested in patent. I have found out if you want to make a product mass production and if someone thinks you have copied there crap change it 10 % tell them to Cruz on down the road. That's why Davidson is getting rich they take anything that comes in front of them and when they tell you it's going to cost 80,000 and then your out there in like finn
I have 1400 ' of electric wire and I have different size magnetic and have a way to use your frame method but I have a total different type if you help me build mine and it's far beyond its time. And we can mass production. I would split the profit 20% me and the 80% to build and sell. Tried to contact Elon but no one was interested at less not him.
This is not my design, I don't know if its under patent or not. I'm just experimenting to gain knowledge. The market is controlled and if you could mass produce an efficient generator, they'd never let it go to market.
Whats the voltage drop under short circuit conditions? I've never tried checking a 9v battery voltage while I'm dead shorting it. If amps are flowing I think voltage is as well. I know the open circuit voltage shows what potential is possible and the dead shorted amp meter shows maximum amp draw. The gen seems to be load specific. I see your point as well, and I have so many different projects going on its hard to focus on one for too long. I do appreciate you stopping by!
I recommend you obtain an adjustable digital loading device, and use it to match the calculated impedance of the input. Having matched impedance input to output will make calculations easier.@@redesign3dp
I do see where your coming from believe me. But this effect only happens under short circuit conditions. A 3000f super capacitor acts as a dead short when its empty. I am able to deliver the 2.3 amps continously. And a 450v 22000uf electrolytic is similar, but I can charge it up to 86v very quickly. They both act as dead short loads. If I'm only getting .2v, how is this possible? Keep in mind there are no spinning magnets, only a steel rotor.
@@redesign3dp the voltage drop once you start drawing current I see you short the wires and the voltage drop from 69 volts to 0.2 volts. The loaded voltage times the loaded current is the actual output power. I have experienced similar results from my low drag generator design. The generator experience less drag from a dead shorts vs an incandescent light bulb. Also when I add a 35400 uF capacitor to the rectified output and dead short it the drag is also greater than a dead short.
@@raloed.363 you may be right, maybe I'm looking at it wrong. I thought perhaps that the 69v is the potential, even thought it seems to dissappear from the multimeter, it is dissipating thought the short. I guess I need more hands on, and see if there is a way to use it or if its just an illusion. I appreciate your input. Thanks!
![[Live สด] การออกรางวัลสลากกินแบ่งรัฐบาล งวดวันที่ 16 พฤศจิกายน 2567](http://i.ytimg.com/vi/wPd7VFfWHIA/mqdefault.jpg)
Nice work. Bedini and I worked all this out decades ago. The best "load" is a near short circuit. It turns out that charging a large battery is the best load because a battery being charged is a near "short circuit with a voltage displacement." Conversely, you can use it to charge DC capacitors and periodically dump them into a battery. Self-running systems based on these ideas have been around since the 1970s. Both Panasonic in Japan and Seimens in Germany had self-running electric scooters, based on these ideas, back then. Keep doing what you are doing. You are on the right track!
Thanks, you wouldn't believe all the negative comments this video is getting. Nice to hear from someone who gets it.
Nice build. The speed up and reduced input power under dead short versus another load again has to do with the time constant of the coils. If you add R ( from your load ) you change the TC and lose the effect. Your load must have as little R as possible. Even Supercaps in series may have too much R, whereas a single big electrolytic capacitor will have much less resistance and you will still be able to produce the effect. Use the single largest electrolytic capacitor with the lowest R that you have on hand. After that test, add switching. When you switch the coils to a very low R load, it is similar to coil shorting, which will give you voltage spikes on top. Later add K_Energy's cap dump and a pwm to try and reduce the input power to the DC motor, after the generator is up to speed and under load. How much cogging is there when you turn the shaft by hand? I can imagine that most of the extra load experienced by the DC motor after the generator is shorted is due to cogging. The load due to cogging can be significantly reduced by rotor skewing. There is a simple formula for it and it's intuitive. "Rotor skew pattern design and optimisation for cogging torque reduction"
Great comment! Pretty sound advice, thank you!
It’s engagement like this that will be driving factor in one day any of us being able to accomplish our goals of over unity , alternative fuel cells, and cheats energy’s!
Thank you for not calling this a free energy device, and cudos that it’s getting views without having to do so. You sir are a good soldier in the fight against the algorithms.
I myself am developing alternative fuel cell systems utilizing kolbe electrolysis , and voltroltsis , to create h2lpg. Which will reinvent the way we use gasoline to make 5 gallons of gas or less last as long as a full 20 gallon tank would by first spectating the fuels propane from the liquid gs by filtering the Hydrogren and oxygen gasses created from the voltrolysis threw them which the oxygen bonds with the molecules needed to release the propane, as well as in the Kolbe electrolysis part of the system there is more hydrogen gas and both propane and hexane gasses created.
This combo when fed to a motor will far exceed the efficiency of liquid gasoline , as well as it will be emission less an no need for any child labor and slave labor derived materials like lithium.
What’s wildest, is I’m doing this with no funding litteratly have bee. Scraping up the parts from scrap electronics and metals , if I had the funding and access to such things like a 3d printer and programs I’d wager my own living souls that it could be accomplished in a years time.
Perhaps one day the two of our works will meet and find ways to incorporate each design together to compliment the other.
You can't calculate your output power by multiplying the open circuit voltage by the short circuit current. When you attach the ammeter (effectively shorting the circuit), your voltage will drop significantly (near 0 V as there is some small resistance in the wires and meter). To get a better idea of your output power, connect a know load resistance and measure voltage across it, the current through it, or both(W = V^2 / R, W = I^2 * R, or W = V * I).
Thanks for your input 👍
Output**
@@spennerFX *input
Do a video and send me a link.
Definitely interested in your design. This is a close design to the QEG. I would add capacitors on the secondary windings of your coils to form a resonant LC circuit. If you get the right capacitor values and the right rotational speed, you should get better results than you currently have. Secondary windings will need to be smaller gauge wire so that the turns per ratio is much higher.
I'm better at designing and building than the electronic side. Thats why I want to build experiment platforms for other people to run with their ideas, and hopefully share them back. This is actually a flux switch generator developed for guided missile systems I've recently found out. Even though its not a new concept, I think it show promise. And you can't just buy these easily. So maybe they'll be good for a wide range of applications.
If you wanna the current low, while the output is high, here is a possibility:
I use a Hallsensor, to put coils on and of. Use the super capacitor, to keep the load small, while thick wired coils gets the load, so it is near short curcuit.
I used severeal coil on one core, parallel, and between them (and at the ends, means 5 primary and 6 secondary coils) i havethe secondary coil. The primary parallel, means you put the magnetic force of the breakdown, or the capacitor, together. In my experience, you need relatively high resistance, so the parallelity can reduce the ohm but every single coil uses the electricity properly to produce the magnetic field.
But becarefull, this can cause an induction, that mybe slow down your Motor. But i don't know, cause i build an other construction with fly back or breakdown energy. Maybe yours work Differen.
The 6 secondary should be connectet in series. Try to reduce the ohm, but you need a high induction, so in series. Parallel, i didn't get much out of it.
A solution that worked for me when load is connected. I use a voltage multiplier circuit and a high voltage high farad cap in parallel with the load
Thanks!
Alot of effort. And neat production.
Can the output power up the motor, such that you are extracting the energy of the neodymium magnets and getting net energy production?
Fascinating!!! Thanks for the demonstration
You bet!
I think your approach is valid, but instead of measuring i think attaching numerous loads and parallel or series combinations of them could help getting the most out of it. Like charging a battery through a lightbulb or two. Anyway cool build! are you planning a larger build aswell?
Thanks for your advice, I've built a slightly larger version. When I return to this project I'll try your suggestions.
Well done on this design!! Sit with the same problem where when I short my coils the motor pick up speed but when I place a load the opposite happens....interesting effect....hope you can sort this out! Again am impressed with this gen of yours bro....well done and keep up the great work you doing!!
Yes sir, will do!
where did you get your laser cutting done?
Send cut send
Bi-toroidal transformer!
When making one of these make sure the two outer coils (there are 3 in total) are the same frequency so they resonate. Both of these coils need to be under load to see overunity 👍
Good advice! Thanks 👍
Replace the magnets with high frequency AC electromagnets(increases output) wound so the Norths are up in synchrony, have the rotor be stationary with four points at the coils. You will need laminations that can handle the changing high frequency flux.
Through my understanding of the working principle of QEG, I thought about placing neodymium magnets in place of the field generating coils. I imagined and envisioned the generator with exactly the same model as yours, while I had never watched your videos.. I also have another different design that works on the same principle and I called it Model X
Exact same principle as a variable reluctance magnetic trigger in a car engine distributor. Pretty much the same waveform is produced on a scope too.
Didn't know that, thanks
Nice design for me I will l8ke to add capacitors on the output coils for constant voltage supply
Your website have 3d parts I can print but not metal. Can I buy it from you? Thanks for making videos of different motors, like to see more of it 👍
I'm putting the finishing touches on my new workshop, I will start putting out new products soon. Some motors will have lazercut metal parts. Subscribe to stay updated. Thanks for stopping by
I have a question. Why not looping the output into a real machine like a motor instead of a resistive load like ampmeter ?
I have run motors, charged supercaps. Need to do more experimenting for sure.
@@redesign3dpsuper caps have untapped potential
I think we should add caps everywhere to capture lost power like back emf
I’m not scientist just a fan
I agree 👍
Curious to see what a bifilar wound coil wrapped having the same number of turns as you currently have but again 2 independent strands rather than 1.
While running the generator direct short the coil on 1 winding while attempting to capture the spike through the second winding.
This will likely not work. If this were my experiment I would nevertheless still have to physically try to appease my less intelligent curiosity
Great job and don’t stop continuing to try, besides I’m really enjoying the progress you’re documenting
God bless
Thanks for the input. I'll definitely try it if nothing else than to rule it out!
Good fob ! But I think you drew it wrong, this is Flyn's parallel magnetic field technology, giving very high performance !
I'll have to look into him, but this idea i got from this channel. th-cam.com/video/_Zutx3T37jI/w-d-xo.htmlsi=U_l3oKXKsb36HTwc
It looks professional, or "store bought", very nice and atheistically pleasing.
As far as power, looks to me like you're getting 1.5 times out, the power put in, if that's correct,
you've achieved overunity, so congratulations.
I'm glad you like it. I have a lot of experimenting ahead to see if its useful or not. But its great to have on the shelf among other devices.
Brawo mistrzu
Thank you sir!
carry on. looks promising.
Thank you sir!
Very well done, you again might have too thick wires on the rotors with too few turns...
Keep experimenting, Many thanks. Regards, Stefan.
Thanks 👍
any info on how much power you get out relative to the input?
Hard to tell it likes a low resistance load for the effect to happen?
@@redesign3dp just show voltage and current with two meters at the same time as you ramp the input.
Bravo, this is the best motor-generator build with good presentation. Maybe you can run it with a low consumption induction type motor. This flux gate generator is very promising project. I would like to see more videos about it..
I'm definitely got some more ideas to try. Thanks for checking it out!
This type of generator free Lenz !
I think Lenz is still there but is trapped more in the stator.
Hi Flux, how much do you sell generator parts for?? I am in Italy ..
I haven't done a cost analysis to figure out what I'd sell them for, I was waiting to see if people were interested first. Since people are I've ordered more parts. Ring the notification bell to be notified when I drop more information about flux gate kits. Thanks for watching.
I’m also interested in the kit, let me know when it’s available!
Very Nice Work!
Thanks!
❤❤❤ awesome project
Thanks 👍
❤❤❤❤❤ Hi, cou😅ld you do a version using Microwave transformers??? Lovely breakthrough
I don't have any cores available. Plus I think the laser cut cores come out nicer, thanks for stopping by!
i think that in this configuration, the rapid breaking of the magnetic flux makes the power spikes,
Seems like double Gerard Morin pump. I think the basic Gerard Morin pump style might be better cause it can produce pure sine wave, not weird spikes. If you want to get more out than in, you need to throw the metal core to thrash bin and use some bifilar coils.
Did the input volts read 24
Nice share!
so uh, your voltmeter at a dead short at 4:21 is clearly showing 0.267V assuming your ammeter is single amps, and that the resistance is rather low, that would give an output of 0.58 watts
with an input power of 58 watts, that's a little over 1% round trip efficiency. Assuming you are using a brushed dc motor, who's efficiency is almost certainly near 50%, we can say that your generator is near 2% efficient.
It would have been incredibly helpful if you had connected the ammeter and voltmeter to the generator at the same time, as we could then get the exact power output and efficiency.
Good work with the generator though, haven't seen that style before. The obvious advantage is being able to use colossal magnets with the disadvantage being the reduced change in field strength as the field cannot invert as with a normal magnetic rotor setup.
*edited because I can't do basic division
You should check out my new video
Perhaps try diverting the flux with a solenoid rather than interrupting via rotating rotor.
That would work, but it would be a different design. Thanks for your input 👍
Just a thought!!!!! You may want to modify the dc motor as a stargate motor. Just thinking out loud. Good luck
Excellent video
Thanks for sharing
I'm VERY much interested.
Thanks, I've ordered parts to make more.
That’s amazing! The waveform is so interesting!
Hi!
I love this and I hope I am interested in knowing more about this .
Please, what do I do to know more about this?
th-cam.com/video/_Zutx3T37jI/w-d-xo.htmlsi=U_l3oKXKsb36HTwc
Here you go brother, its a start!
Study how maglev train companies have figured how to do away with lense effect by twisting the coils.
I need this to buy please
Thanks for being interested, I'm not yet equipped to sell this but if enough are interested I'll sell them without the wire or magnets. Which is easy enough to add. Subscribe so you'll be notified when I am ready to sell these as experimental platforms.
Why don’t you measure output power...
I want one
I'm doing a mining claim service posted recorded and sampled even local filing as well this type of power source in the mining field could be profitable for load generators are load. It's on ebay I live in Sanderson texas where are you are you interested in helping me with my design.
Your free to use whatever you see in my videos, but you'll have to do research to see if there are any legal issues associated if your trying to make a profit. Like existing patents, safety, etc.
@@redesign3dp I'm not interested in patent. I have found out if you want to make a product mass production and if someone thinks you have copied there crap change it 10 % tell them to Cruz on down the road. That's why Davidson is getting rich they take anything that comes in front of them and when they tell you it's going to cost 80,000 and then your out there in like finn
I have 1400 ' of electric wire and I have different size magnetic and have a way to use your frame method but I have a total different type if you help me build mine and it's far beyond its time. And we can mass production. I would split the profit 20% me and the 80% to build and sell. Tried to contact Elon but no one was interested at less not him.
This is not my design, I don't know if its under patent or not. I'm just experimenting to gain knowledge. The market is controlled and if you could mass produce an efficient generator, they'd never let it go to market.
That's why you don't evolve them. My product will be 10 %.different for sure because I have no interest in something that is in its present form
But output is voltage with zero amps and amps with zero volts total power out was always near zero in the video.
Whats the voltage drop under short circuit conditions? I've never tried checking a 9v battery voltage while I'm dead shorting it. If amps are flowing I think voltage is as well. I know the open circuit voltage shows what potential is possible and the dead shorted amp meter shows maximum amp draw. The gen seems to be load specific. I see your point as well, and I have so many different projects going on its hard to focus on one for too long. I do appreciate you stopping by!
It's just a stepper motor that generator
No, i think they're a bit different
Try adding a flywheel…
Its the little disk on the front, I need a bigger one though!
Shorting your output across the ammeter is NOT the way to measure output current!
Yeah, trying to figure out this thing..
I recommend you obtain an adjustable digital loading device, and use it to match the calculated impedance of the input. Having matched impedance input to output will make calculations easier.@@redesign3dp
No you have about 3 amps at 0.2V volts whoch is 0.6 watts. Keep trying thou
I do see where your coming from believe me. But this effect only happens under short circuit conditions. A 3000f super capacitor acts as a dead short when its empty. I am able to deliver the 2.3 amps continously. And a 450v 22000uf electrolytic is similar, but I can charge it up to 86v very quickly. They both act as dead short loads. If I'm only getting .2v, how is this possible? Keep in mind there are no spinning magnets, only a steel rotor.
@@redesign3dp the voltage drop once you start drawing current I see you short the wires and the voltage drop from 69 volts to 0.2 volts. The loaded voltage times the loaded current is the actual output power. I have experienced similar results from my low drag generator design. The generator experience less drag from a dead shorts vs an incandescent light bulb. Also when I add a 35400 uF capacitor to the rectified output and dead short it the drag is also greater than a dead short.
@@raloed.363 you may be right, maybe I'm looking at it wrong. I thought perhaps that the 69v is the potential, even thought it seems to dissappear from the multimeter, it is dissipating thought the short. I guess I need more hands on, and see if there is a way to use it or if its just an illusion. I appreciate your input. Thanks!
@@redesign3dp I'm glad to help. I'll be looking forward to your improvements.
The one statement you made during the video which is absolutely true is that it is NOT an "over unity power device" -and it never will be
Feke and shitt he use 20vdc and he get 40vdc ,instead of losing time take 12dcv batterie and connect to the inverter so you can get 220v
Your completely missing the point!
@@redesign3dp no i have more and more experience about that ,and continious to look after the views but logical not working
I have no idea what your saying? But your entitled you your opinion. Thanks for watching 👀
if this is real why don't you show us it powering your home. thats right its fake.
I think your confused on what I'm showing. Its not free energy just a unique design. I'll post an updated video that explains it a bit better.
пиздиш.. магніти на корпусі і катушки теж. що всередині крутиться щоб була енергія?
I don't trust you at all
?
Wtf man
congrats you made a nothing machine
Haters going to hate 👎
@@redesign3dp not hate more pity that you wasting your talent to make things on this nonsense