Thank you for your comment and sorry for my late reply. You took the thought right out of my brain. 🤣 Seriously though the amount of times I have had that thought of combining systems and yet I rarely do it.
Good stuff. Thanks again. Radiant/static HV is effected by air moisture. So water collector for the capacitor mass might work better. You can step down the home made cap with thick spring shaped copper wire. The earth will make much stronger voltage difference. It's about the Barbosa Leal effect. This is basically foxhole radio. Seems like many people are currently working on perfecting this.
Thank you for your comment and sorry for my late reply. That is a great idea re the water collector, I will try that as soon as I’m back at it. I think I agree about the Barbosa and Leal effect and I also believe this is what both the Moray device and Kapanadze devices use. This might be why the Kapanadze device uses an inverter that is earth grounded, I believe the earth connected inverter supplies the 50hz signal through the ground. I could be wrong but that is what my intuition keeps telling me is going on. I am not familiar with the foxhole radio, I shall do some research and get up to speed.
Thank you for your comment. Sorry for my late reply. Thanks for confirming the results, what was the maximum height of your capacitor/ collector plate? So far I haven’t tested higher than 1.5 metres but all the information suggests the higher the better.
Thank you for your comment and sorry for my late reply. I will make a shorter video covering this some more and will try to remember the schematic. I struggle with my crap body to get things done, having a short window of operation means I’m having to be impulsive, if I think I can manage I go flat out in an attempt to get it done before I’m forced to rest again, this sometimes means I forget to put the schematic in. As a frequent TH-cam watcher I hate it when other creators don’t supply the schematic, I guess this makes me a hypocrite. 🤣
You should try using iron wire from your homemade capacitor to the rectifier, then iron wire to ground, voltage would induce a magnetic field and the current may help move the voltage
Thank you for your comment. That is a good idea, Edward Leedskalnins small book on magnetism talks about using iron wire to access the advantages this material produces, definitely a valuable and different perspective.
Hey I’ve been messing around with this, check this out…disconnect the capacitor ac in and take the ac + to a separate ground…no amps, no frequency but power
Nice one. I was actually experimenting on something similar but no result. Thank you for sharing. I will continue the testing from this. Got some ideas from here
Thank you for your comment and sorry for my late reply. I played with this years ago then shelved it due to disappointing results, then I got it back out and changed a few things and still nothing and it was shelved, then I pulled it out and used my recently acquired knowledge of the grid detection and it worked, never say never I suppose. Please let me know if your new experiments yield anything interesting, I can sure do with the help in research and development as my health likes to challenge me and I’ve spent the last week being useless.
@@whatifididthis...1236 the complete tesla switching circuit was way complicated than this. You did a good job simplifying this. I am studying the original circuits to get better results. I think for lifepo4 batteries, we need to use individual bms for each batteries. Or group them in 4,4,4,4 with 1 bms each. And we need to slow down the current charging back to the parallels. Resistors might help but they also consume energy 😭
Thanks for the video 😀 this looks so simple. I guess you can charge a lead acid battery with that hv directly. Maybe with a spark gap to control when to fire the pulse. That would also make the batteri better over time and make it self charging. That do you think?
Thank you for your comment and sorry for my late reply. I believe you could use it to charge a system with pulses at a lower voltage discharge and you are correct about pulses improving a battery’s health in the same way a desulphator works. It definitely is self charging as we have no input to the system and all power is technically output power. The system may require modifications like larger capacitor panels or extra ones to provide adequate power, however this can be achieved with a next to nothing cost.
@@whatifididthis...1236 apology accepted :) Im just happy you answer :) it feels a little like having a private teacher :) do you think it gives more power having multiple sheets of alu foil caps in series? I also don't quite get how the avramenko plug works in this set up. thanks again
@@martinetellerandet8566 Happy to answer...if I have the answer! I’m even happy to postulate on just about anything because there are just so many things that are loosely explained if at all and but for a few people through history questioning the narrative we would know less than the near nothing we know today. The Avramenko plug is amazing, I have used it on many devices but as amazing as its application is, it is merely half of a full wave bridge rectifier allowing a DC output from a single wire! Be careful as they can carry high voltages which can be seen in my “wireless made easy” video as well as the wireless charging of capacitor video where I get zapped by about 800 volts DC, when I watched it back for editing I could tell how it slowed my brain down, a small glitch occurring, making me instantly dumber. 🤣
Thank you for your comment. I must point out that this is not demonstrated to show people how to get power from the mains but more to show that this is possibly how the Kapanadze and Moray devices may have worked. I believe the smart meter detects current moving through the earth connection, I could be wrong but I was using this to point out that certain people may be in danger of being accused of "stealing" power from the grid.
Thank you again for sharing your beautiful trials. You're probably pumping the electromagnetic waves from the main + some radio waves. + earth / air potential difference. If you try to place the system close from a cable of your main and which is consuming several watts... what could be the result? If you are pumping some electowaves from the main then you should see the difference. I suppose. Have a great day
Thank you for your comment and sorry for my late reply. All of this is possible and at this point is in the realm of the unknown, at least for me anyway. I shall perform the test you mention and perhaps make a video if warranted, this has me curious now. Have a great day.
Thank you for your comment. I don’t believe so because I have a smart meter that would register that fault and the company checked the system only a month ago. This however does not account for an undetected fault they weren’t looking for, anything is possible!
Thank you for your comment. Sorry for my late reply. I keep forgetting to add in a schematic for my videos. I too prefer a schematic and often wish people would add them to their videos, sometimes it isn’t clear what to do and I too require a little extra help. I will make a short video for this one and show a schematic.
Thank you for your comment. Sorry for my late reply. What do we do with it? That is the million dollar question isn’t it. There are a lot of things we can do with this to make it practical, one would be to increase the size of the collector plate/ capacitor or place it higher for higher voltage or produce more of the same size unit and connect them in series. A different sized capacitor can also be selected and arranged to dump at a more practical voltage at a specific rate, there are many options and the best approach is focus on the goal, what it is you want to achieve and then you can tailor the circuit to suit.
I did the same experiment and got about 40v. However, the current was virtually nonexistent. Is there a way to increase the current? If not, can we increase the voltage? If we got a high enough voltage, we could possibly convert the high voltage into low voltage higher currents. Thanks!
Thank you for your comment. Sorry for taking so long to respond. I have learned it is very important when replicating to get as close as possible if not the exact same everything. The voltage is controlled by height and the amperage is controlled by the size of the capacitive metal plate, which must be two metal plates of the same size with an insulator between them, like a sheet of plastic or a glass plate. This can be achieved very cheaply as I have shown with my home made capacitor which is an A4 laminating folder, I took a second laminate folder and cut one sheet off of the folder, this sheet is placed in between the two aluminium sheets in the laminating folder. This ends up as follows: A layer of plastic A layer of Aluminium A layer of plastic A layer of Aluminium A layer of plastic I attach a copper wire to each aluminium plate then run the laminate folder through the laminating machine and it seals it all in a flat sheet, this makes a capacitor. You will likely have a better response leaving it unrolled however I rolled mine up for some particular experiments. Next you will need a 30ft wire to earth, this acts as an aerial as well as an earth. Lastly your capacitor will need to be the same value as mine if you wish to get the same results. This capacitor may not be the best for this setup but it is what I have and again if you want to replicate, mine is a welding capacitor used in DC welding machines, 1400Vdc 20uF. Please let me know if you find a capacitor value with a better response. These high voltage impulses really require a capacitor to be caught and connecting this to a battery will not benefit you much but if these impulses are placed in a larger cap then you you can do the normal transformer modifications to obtain required voltages. Remember that you need the NEG side of the mains powered transformer connected to the bridge rectifier also. Please let me know how you go. Might I suggest you look at my video on a poor man’s cap dump. Thanks for watching.
Hello! I replicate the circuit using 3 old rx policarbonate sheets rolled up with aluminium sheets and I got 0 Volt in all the tipes of conections seen in this video. What can go wrong? Greetings from Argentina
Thank you for your comment. I am sorry to hear you have not been successful in replicating this, I am happy to work through it with you. First I will say that if you have used different materials then this could be the main reason why it is not working. There are other setups that will work but when I start reverse engineering a circuit I try to make it exactly the same and then add modifications after I have had success, this way I know what previously worked so that I can identify which of my modifications don't work. The dielectric capacity of the polycarbonate is important and if you research the dielectric values of this material and compare with what I have used you may get your answer. The construction of the homemade capacitor to be clear is as follows: plastic - aluminium - plastic - aluminium - plastic. My earth connection is within 10 meters from the mains connection, this distance is important. Also it has been mentioned that this may not work for 110 volts, personally I am unsure of this and can not confirm nor deny but will say I cant understand why this might be, if so.
Have you seen a video from a guy named Russ. He charged up a few sheets of mylar if im not mistaken with high voltage like a capacitor. He then separated the two sheets and checked but no voltage showed. He them put them back together and had the same voltage that he charged it with. Leaving the question, where and how is the charge stored.
Thank you for your comment and sorry for my late reply. I have not seen the video you mention but would like to see it. I could be wrong but I will take a guess and the internet will let me know if I’m wrong, my guess is it stays in the wire and the charge moves when the conditions are correct, ie the two plates coming together creates a potential difference.
@whatifididthis...1236 I posted the video link. I hope it shows. But it shows that it literally dissappears and only when the two sides come back together does it regain its storage. So in theory you could travel with high voltage and then combine it later. He holds it apart for some time with very little power drop. And we are talking high voltage.
![CAMPปลิ้น | EP.83[1/2] เปิดแคมป์หลอนต้อนรับ 2 ตัวพ่อแห่งวงการผี!](http://i.ytimg.com/vi/2uPuHYHgwiI/mqdefault.jpg)
Wow very interesting maybe we can combine all these systems into 1 super system
Thank you for your comment and sorry for my late reply.
You took the thought right out of my brain. 🤣 Seriously though the amount of times I have had that thought of combining systems and yet I rarely do it.
Yeah ... very inspiring
You deserve it all, you work hard and it's top quality and clarity.
Thank you for your kind words and sorry for my late reply.
Good stuff. Thanks again. Radiant/static HV is effected by air moisture. So water collector for the capacitor mass might work better. You can step down the home made cap with thick spring shaped copper wire. The earth will make much stronger voltage difference. It's about the Barbosa Leal effect. This is basically foxhole radio. Seems like many people are currently working on perfecting this.
Thank you for your comment and sorry for my late reply.
That is a great idea re the water collector, I will try that as soon as I’m back at it. I think I agree about the Barbosa and Leal effect and I also believe this is what both the Moray device and Kapanadze devices use. This might be why the Kapanadze device uses an inverter that is earth grounded, I believe the earth connected inverter supplies the 50hz signal through the ground. I could be wrong but that is what my intuition keeps telling me is going on. I am not familiar with the foxhole radio, I shall do some research and get up to speed.
I got the same results and i tried it in a lot of different configurations, keep up the good work.
Thank you for your comment. Sorry for my late reply. Thanks for confirming the results, what was the maximum height of your capacitor/ collector plate? So far I haven’t tested higher than 1.5 metres but all the information suggests the higher the better.
💯 wow love IT
Thank you for your comment and thank you for watching and sorry for my late reply.
Like 👍
Thank you for watching. 👍
oha thx a lot =D for sharing this information
Thank you for watching and sorry for my late reply.
Just created a schematic for this in a post :)
Thank you for your comment.
Nice, feel free to provide a link if you want.
@@whatifididthis...1236
th-cam.com/users/postUgkxV_xZ_qljej1DzcICuClhNeS2O-58vueT?si=-RGP1rwkw6FUgfNF
Good progress!!! Could you please provide a circuit diagram to explain how this is produciing 80 volts?
Thank you for your comment and sorry for my late reply.
I will make a shorter video covering this some more and will try to remember the schematic. I struggle with my crap body to get things done, having a short window of operation means I’m having to be impulsive, if I think I can manage I go flat out in an attempt to get it done before I’m forced to rest again, this sometimes means I forget to put the schematic in. As a frequent TH-cam watcher I hate it when other creators don’t supply the schematic, I guess this makes me a hypocrite. 🤣
You should try using iron wire from your homemade capacitor to the rectifier, then iron wire to ground, voltage would induce a magnetic field and the current may help move the voltage
Thank you for your comment.
That is a good idea, Edward Leedskalnins small book on magnetism talks about using iron wire to access the advantages this material produces, definitely a valuable and different perspective.
Hey I’ve been messing around with this, check this out…disconnect the capacitor ac in and take the ac + to a separate ground…no amps, no frequency but power
Nice one. I was actually experimenting on something similar but no result. Thank you for sharing. I will continue the testing from this. Got some ideas from here
Thank you for your comment and sorry for my late reply.
I played with this years ago then shelved it due to disappointing results, then I got it back out and changed a few things and still nothing and it was shelved, then I pulled it out and used my recently acquired knowledge of the grid detection and it worked, never say never I suppose. Please let me know if your new experiments yield anything interesting, I can sure do with the help in research and development as my health likes to challenge me and I’ve spent the last week being useless.
@@whatifididthis...1236 the complete tesla switching circuit was way complicated than this. You did a good job simplifying this. I am studying the original circuits to get better results. I think for lifepo4 batteries, we need to use individual bms for each batteries. Or group them in 4,4,4,4 with 1 bms each. And we need to slow down the current charging back to the parallels. Resistors might help but they also consume energy 😭
Science for the people
Thank you for watching and sorry for my late reply.
Thanks for the video 😀 this looks so simple. I guess you can charge a lead acid battery with that hv directly. Maybe with a spark gap to control when to fire the pulse. That would also make the batteri better over time and make it self charging. That do you think?
Thank you for your comment and sorry for my late reply.
I believe you could use it to charge a system with pulses at a lower voltage discharge and you are correct about pulses improving a battery’s health in the same way a desulphator works. It definitely is self charging as we have no input to the system and all power is technically output power. The system may require modifications like larger capacitor panels or extra ones to provide adequate power, however this can be achieved with a next to nothing cost.
@@whatifididthis...1236 apology accepted :) Im just happy you answer :) it feels a little like having a private teacher :)
do you think it gives more power having multiple sheets of alu foil caps in series?
I also don't quite get how the avramenko plug works in this set up. thanks again
@@martinetellerandet8566 Happy to answer...if I have the answer! I’m even happy to postulate on just about anything because there are just so many things that are loosely explained if at all and but for a few people through history questioning the narrative we would know less than the near nothing we know today.
The Avramenko plug is amazing, I have used it on many devices but as amazing as its application is, it is merely half of a full wave bridge rectifier allowing a DC output from a single wire! Be careful as they can carry high voltages which can be seen in my “wireless made easy” video as well as the wireless charging of capacitor video where I get zapped by about 800 volts DC, when I watched it back for editing I could tell how it slowed my brain down, a small glitch occurring, making me instantly dumber. 🤣
Looks like you're picking up earth leakage via an inductor capacitor circuit. It's still a sneaky way to get free electricity from the mains.
Thank you for your comment.
I must point out that this is not demonstrated to show people how to get power from the mains but more to show that this is possibly how the Kapanadze and Moray devices may have worked. I believe the smart meter detects current moving through the earth connection, I could be wrong but I was using this to point out that certain people may be in danger of being accused of "stealing" power from the grid.
Thank you again for sharing your beautiful trials. You're probably pumping the electromagnetic waves from the main + some radio waves. + earth / air potential difference. If you try to place the system close from a cable of your main and which is consuming several watts... what could be the result? If you are pumping some electowaves from the main then you should see the difference. I suppose. Have a great day
Thank you for your comment and sorry for my late reply.
All of this is possible and at this point is in the realm of the unknown, at least for me anyway. I shall perform the test you mention and perhaps make a video if warranted, this has me curious now. Have a great day.
It appears that your mains power system likely has one of the load lines shorted or wired to a ground wire on a circuit at your property...
Thank you for your comment.
I don’t believe so because I have a smart meter that would register that fault and the company checked the system only a month ago.
This however does not account for an undetected fault they weren’t looking for, anything is possible!
awesome bro...could you please show a simple diagram of it next time?...for simpletons like me?...cheers
Thank you for your comment.
Sorry for my late reply. I keep forgetting to add in a schematic for my videos. I too prefer a schematic and often wish people would add them to their videos, sometimes it isn’t clear what to do and I too require a little extra help. I will make a short video for this one and show a schematic.
awesome!!! thanks bro..us simpletons struggle with large words lol! @@whatifididthis...1236
Good job
How do we put that this to use?
Thanks
Thank you for your comment.
Sorry for my late reply. What do we do with it? That is the million dollar question isn’t it. There are a lot of things we can do with this to make it practical, one would be to increase the size of the collector plate/ capacitor or place it higher for higher voltage or produce more of the same size unit and connect them in series. A different sized capacitor can also be selected and arranged to dump at a more practical voltage at a specific rate, there are many options and the best approach is focus on the goal, what it is you want to achieve and then you can tailor the circuit to suit.
I did the same experiment and got about 40v. However, the current was virtually nonexistent.
Is there a way to increase the current? If not, can we increase the voltage?
If we got a high enough voltage, we could possibly convert the high voltage into low voltage higher currents.
Thanks!
Thank you for your comment.
Sorry for taking so long to respond. I have learned it is very important when replicating to get as close as possible if not the exact same everything. The voltage is controlled by height and the amperage is controlled by the size of the capacitive metal plate, which must be two metal plates of the same size with an insulator between them, like a sheet of plastic or a glass plate. This can be achieved very cheaply as I have shown with my home made capacitor which is an A4 laminating folder, I took a second laminate folder and cut one sheet off of the folder, this sheet is placed in between the two aluminium sheets in the laminating folder. This ends up as follows:
A layer of plastic
A layer of Aluminium
A layer of plastic
A layer of Aluminium
A layer of plastic
I attach a copper wire to each aluminium plate then run the laminate folder through the laminating machine and it seals it all in a flat sheet, this makes a capacitor. You will likely have a better response leaving it unrolled however I rolled mine up for some particular experiments.
Next you will need a 30ft wire to earth, this acts as an aerial as well as an earth. Lastly your capacitor will need to be the same value as mine if you wish to get the same results. This capacitor may not be the best for this setup but it is what I have and again if you want to replicate, mine is a welding capacitor used in DC welding machines, 1400Vdc 20uF. Please let me know if you find a capacitor value with a better response.
These high voltage impulses really require a capacitor to be caught and connecting this to a battery will not benefit you much but if these impulses are placed in a larger cap then you you can do the normal transformer modifications to obtain required voltages.
Remember that you need the NEG side of the mains powered transformer connected to the bridge rectifier also.
Please let me know how you go.
Might I suggest you look at my video on a poor man’s cap dump.
Thanks for watching.
@@whatifididthis...1236 I see! Thanks so much for the advice!
Hello! I replicate the circuit using 3 old rx policarbonate sheets rolled up with aluminium sheets and I got 0 Volt in all the tipes of conections seen in this video. What can go wrong? Greetings from Argentina
Thank you for your comment.
I am sorry to hear you have not been successful in replicating this, I am happy to work through it with you. First I will say that if you have used different materials then this could be the main reason why it is not working. There are other setups that will work but when I start reverse engineering a circuit I try to make it exactly the same and then add modifications after I have had success, this way I know what previously worked so that I can identify which of my modifications don't work.
The dielectric capacity of the polycarbonate is important and if you research the dielectric values of this material and compare with what I have used you may get your answer.
The construction of the homemade capacitor to be clear is as follows:
plastic - aluminium - plastic - aluminium - plastic.
My earth connection is within 10 meters from the mains connection, this distance is important. Also it has been mentioned that this may not work for 110 volts, personally I am unsure of this and can not confirm nor deny but will say I cant understand why this might be, if so.
Have you seen a video from a guy named Russ. He charged up a few sheets of mylar if im not mistaken with high voltage like a capacitor. He then separated the two sheets and checked but no voltage showed. He them put them back together and had the same voltage that he charged it with. Leaving the question, where and how is the charge stored.
I’d love to see a link to that video
@@comancheflight698 let me see if I can find it.
Thank you for your comment and sorry for my late reply.
I have not seen the video you mention but would like to see it. I could be wrong but I will take a guess and the internet will let me know if I’m wrong, my guess is it stays in the wire and the charge moves when the conditions are correct, ie the two plates coming together creates a potential difference.
@whatifididthis...1236 I posted the video link. I hope it shows. But it shows that it literally dissappears and only when the two sides come back together does it regain its storage. So in theory you could travel with high voltage and then combine it later. He holds it apart for some time with very little power drop. And we are talking high voltage.
@@whatifididthis...1236 of course it posted then now does not show. I can't stand TH-cam