Tariel kapanadze's Energy Generator

[maxmalone]

We have seen several times that the current on the GND wire is approx. 24A. We do not know if this is real current! or if it is electrostatics. Only the fact that 220V x 24A gives approx. 5kWh and this is supposedly in line with what Kapa says. However, we have no certainty that the bulbs light up with this power but they definitely light up with a minimum power of 1kWh if they are 1000W and we do not know this for 100%.
What do we know for sure?
In my opinion, we still do not know anything because no one has done it "correctly".
No one has observed any increase in energy and dozens of people are still dealing with it without result.

As for the current on gnd, I wrote that there are only three ways I know of when the current will be there.

1. sparkgap
2. TT coil
3. closed circuit loop.

Does anyone know of any other possibilities?

[forest]

4. Tesla radiant energy patent

[forest]

https://youtu.be/hofuRiMdrDE?t=1000 

neutral has to be thick for large current GOT from ground via electtrostatic induction at low frequency

[Apecore]

Hi guys,
I went trough this tread and could not find a good start with a schematic.
Is it possible the most acurate schematic can be posted with a brief summary where we think this all comes together?

A kind of a rap up after 10 years.
Maybe we get some new ideas?

[Apecore]

As for the current on gnd, I wrote that there are only three ways I know of when the current will be there.

1. sparkgap
2. TT coil
3. closed circuit loop.

Does anyone know of any other possibilities?

Is electrostatic charge / discharge already part of the above mentioned?

[maxmalone]

Is electrostatic charge / discharge already part of the above mentioned?

If you give a spark to the ground wire then current appears on that wire. This is best seen when you use a spark gap.

[Aking.21]

Hi guys,
I went trough this tread and could not find a good start with a schematic.
Is it possible the most acurate schematic can be posted with a brief summary where we think this all comes together?

A kind of a rap up after 10 years.
Maybe we get some new ideas?

Your wish is my command!

I enclose the patent minus the start up which Kapanadze said was variable. ie a 9-volt battery across the terminals and then a solenoid to remove the power input.
Note: He said the arrangement between the L1 and L2 coil was special or words to that effect. Maybe that is where the secret is. "It's so simple that you'd laugh."
Maybe moving the L2 coil to find a "sweet" spot is all that is required?
Anyway, some scope shots with different arrangements might be useful.
Also, remember that L2 has to be a whole multiple of L1 to get resonance.
He talked about the spark gap which is used as a fail-safe device to safeguard against runaway. Please don't be mesmerized
by the spark gap as Kapanadze said they had an electronic circuit doing the job but it kept blowing - hence the spark gap.
In other words the spark gap is NOT where the secret is. It just distracts.

[Aking.21]

DEUTERIUM

One day Kapanadze asked me if Deuterum was available in England. 
This was during the time we were negotiating his forthcoming work in England.
I have never mentioned this before, but what prompted me was Kapanadze's comment in the video that the coil had a secret

If that is the case, then we are looking at a form of LENR, which may make sense.
Over to the chemistry or radiation experts.

Maybe the coil former is made of plastic and then sealed. Maybe the deuterium is absorbed in a sponge or some other absorbing material.

We know that Kapanadze was experimenting with a water-powered engine.
Maybe water is all you need in the coil and deuterium makes the process better, - who knows?
Anyhow, I have told you everything I can remember now.

Once some guys were speculating that his coil had polystyrene in it.  I mentioned this to him and
he paused for quite a while and said "That is not the secret".

I hope to see some experiments on that information.

[forest]

https://www.youtube.com/watch?v=vlora5wDB2o

[Aking.21]

I've come across a transcript of a Skype conversation between Tariel and some other guys.  It has added some information and confirmed other information I have posted.

There is certainly a connection between Bedini, Don Smith, and Kapanadze.

TRANSCRIPT circa 2010:
Denis: Hello, Tariel.
Tariel: Hello.
Denis: How are you doing?
Tariel: Slowly but surely. Doppelgangers have appeared, answering questions on my
behalf.

Denis: Yes, I saw that. How did that happen? Has an imposter appeared or something?
Tariel: There are four of them.
Gia: I was answering on Facebook yesterday. Someone wrote to me, and his nickname
on Facebook is Tariel Kapanadze, while the real Tariel was sitting right next to me. And
the guy asks me how I know him! How do you like that joke?
Denis: Wow.

Gia: I told him, "I'm your fan!"
Denis: Tariel, how was the video shot, is everything okay?
Tariel: Everything's fine, everything's great, everything's clean, all good.
Denis: So when will it be available for sale?
Tariel: You see, I think we won't have to wait long. We are now going to Egypt, we have
already talked to people, like how much would it be etc...
Denis: Yes.

Tariel: But it will depend on us.
Denis: So, how did you come to this discovery?

Tariel: To be honest, we were working on a completely different topic.
Denis: So it happened by accident?
Tariel: Yes, quite by accident, by the way, we were working on anti-gravity stuff and
there was such an effect that we were stunned. Well, then we started working and we
came to the Tesla's circuit. Well, after that, there was still the Soviet Union when we had
the equipment ready. Well, then there were sub-unions etc. Then 5 years and 3 months
of war. Then, after 1994, I already started demonstrating this. Because whoever I talked
to, they considered me either crazy or a swindler. All this is behind us, but it was very
difficult to go through all this, to experience it. Well, it seems like a small snowball, as
you roll it down from the mountain, it becomes huge. Now, probably, people are ready
for this.

Denis: Dear Tariel, you are the only one who gave this a push. I was engaged in
ufology, somewhere, maybe a little more than six months ago, diligently. I literally
stumbled upon your video by accident. Well, I mean video with the green box where you
demonstrate 5 kilowatts. And from that moment... I'm an electronics engineer myself
and I understand this but before that, I didn't even suspect that this was possible.
Tariel: Denis, we'll see. We'll have to assemble a good team of electronics engineers.
Now hydraulic mechanics too, because I don't have the right to touch the electronic
device. I have to sue Vestel because they violated the contract. We'll see what I can do
with Egypt now, but it's written in my contract with Vestel that we work under Swiss law.
This means we need to file a lawsuit in Switzerland...
Gia: A lawsuit.
Tariel: A lawsuit, yes, it costs a lot of money. I think... but I won't waste time now. I will,
of course, continue to experiment on it. We need to reach a megawatt, but now we have

100-300 kilowatts. It's already been tested. But we'll have to do the rest later... Well, it
depends how it goes with your time, we'll see.
Denis: Well, the thing is, where I work, there is a friend, also from Tbilisi. He was the
one who translated the video for me. They don't always speak Russian there. He is also
very interested. He has three higher educations, and all of them are related to physics.
Gia: Is it Vazha?
Denis: Yes, yes, yes.
Tariel: Listen, Denis... We can always get in touch with you, right?
Denis: Well, yes.
Tariel: We will talk, but... I think that this team will still need to be created because things
are going to start.
Denis: But the thing is that now there is terrible misinformation on the forums. That is,
there are people who are interested in this never reaching the people.
Gia: Yes, I wrote that a new SR (note: Space Reason, an OU guy on Russian forums)
appeared there. Tariel's comment was that the earth, he says, is not needed. You
probably read it, right?
Denis: Yes, yes, yes.
Gia: Well, it's all nonsense there.
Tariel: Well the earth is not needed in the version we use in transports. But what I do
there and how I do it, we will see later when the first versions are deployed in cars,
airplanes, electric locomotives, ships.

Denis: But I'm trying to imagine for myself how this thing works. It's all according to
Tesla. You need an impulse, a spark, and it needs to be interrupted.
Tariel: That's it, that's it.
Denis: That is, you need a mechanical interrupter.
Tariel: yes but we have an electrical one.
Denis: Well, I don't know how to make an electrical one yet.
Tariel: Tesla brought it up to two million interruptions per second. We've only reached
half that so far. We made about a million interruptions per second. It just extinguishes
with an impulse.
Denis: That is, there should be no counter EMF. You have to get rid of it. That's how I
imagine it.
Tariel: Yes, yes. If you don't get rid of it, there will be such a bang that you yourself know
what will happen.
Denis: Well, yes. I also studied Tesla, but only after I watched your video. Before that, I
was like... it's Tesla, but did he really do anything useful?!
Tariel: Well, Tesla is a genius.
Denis: Yes, now I know.
Tariel: Yes. Well, you know what we should do. Probably get together later. Both you
and Vazha. Well, we don't need many people from there. We'll use two of you, and my
people. So everything should be ok. Because this thing cannot be stopped anymore.
Denis: Of course.

Tariel: We will have nothing to fear. Do you know why I'm making hydromechanical
devices now? This trial will not last a day or two. It will likely last an year or two. Well,
this is the bureaucratic apparatus of these courts. The whole world knows about it.
Maybe they will speed it up, I don't know. But I'm saying that we won't lose these two
years at least and start producing these hydromechanical ones.
Denis: But where you have a green box demonstration, there are no ferrites, right? I
mean the one where there is an inductor along with the coil.
Tariel: Under no circumstances, Denis.. You studied. Tesla, right? But where does Tesla
use a ferrite?
Denis: Well, he had something but it wasn't a ferrite, but annealed iron.
Tariel: Yes, yes, yes. Because there were no ferrites then, let's say.
Denis: Yes. Annealed iron, that's it...
Tariel: Yes, that's the same thing.
Denis: Correct.
Tariel: It performs the same function.
Denis: So you didn't use it?
Tariel: No, of course no.. and most importantly.. they speculate whether the resonance
is needed or not.. or whether a vifilar coil is needed. Well, you can also bifilar but you
can also do without it. But bifilar is the best option. I'm not sure whether you know that
what I have is from the Earth... Everything's in front of us. Then they said that I went to
Melnichenko to buy this from him for 2 thousand dollars, that's funny... You know we
scraped together money to do something. We were doing this under the stairs, in the

basement, on the roof of the building to name a few. Damn it, we worked everywhere
but I never had a lab in my life.
Gia: I understand this.
Tariel: So, there are no ferrites in there, guys. Well, depending on what circuit they are
making... I saw Frolov, for example, used a ferrite core and lit a light bulb. Well, he
seems to have some other circuit because there are no ferrites in Tesla's circuits. Well,
actually Tesla used them in some of his circuits, but those were where the transformers
were involved...
Denis: Yes, in transformers for alternating current.
Tariel: You know what electrical substations are and you know that transmission over
wires is from Tesla...

Denis: Yes, of course.
Tariel: He has ferrites in these transformers. No one will refuse this. It's stupid. But when
he started generating energy from the environment, there was no transformer involved
there.
Denis: So the resonance is still needed?!
Tariel: Taking 2 amps from each phase (hot) wire from the grid, this is exactly the
experiment I conducted at the Vestel factory. As you can see there it has something that
looks like spark gaps and they actually thought those were spark gaps. These are not
spark gaps. I simply showed them how I obtain energy in that coil and how I transfer it
to the power coils. I just showed them that the power is obtained here. There was a
glass table with glass legs. There is one coil and the second one - a little smaller - it was
a power coil. From the first coil I transmitted this energy obtained from the environment
Denis: So it turns out that this white spark is already an energy from the environment.

Gia: correct, correct...
Denis: So it turns out that is conversion to amps.
Tariel: Yes, yes. It's transferred to the power coil and converted into electricity there.
Three separate wires were connected at the input, each 4 square millimeters, and if you
look closely, very thick cables came out of it. They had electrical shields installed there.
All of that was theirs. I simply brought the device and placed it on a glass table. They
started filming it. Then they made me an offer to conduct tests on an island. Everyone
disagreed, but I agreed. I thought if I didn't accept, they would think I was a fraud. So we
went to the island. We made a small 10-kilowatt three-phase device, and it worked
under the supervision of a notary. The notary even replaced the boxes inside to ensure
there was nothing suspicious there. Well, I mean...
Denis: The battery
Tariel: Yes. We moved to the shore, grounded the device, and turned it on. They were
recording, but they won't give me those recordings now. The device ran for four hours
straight. Then they said there might be problems with the coast guard here and told us
we could continue the next day, 50 kilometers away from the coast.
Denis: 50 kilometers?

Tariel: Ha. The most interesting thing was something else. They drove me to Izmir, on
the shores of the Aegean Sea. I asked why we were going to the Mediterranean when
there was a sea right here, with islands nearby. That's when I started to lose trust in
them. But I still agreed to go to the Mediterranean, only to find out on the second day
that they wanted to power up the device on a different island – the one owned by Vestel
itself. I refused to go onto private property. After that, they started saying that someone
was transmitting energy to the device from 50 kilometers away, either through the air or
by other means... All I could do was applaud their creativity. That's how things are. I

know that now someone is seriously trying to discredit me or make me look foolish. But I
can handle that too.
Denis: If I understand correctly, the only issue is to get a short pulse?
Tariel: Exactly. You shouldn't let the impulse fade away. Now imagine this... We have
reached a million interruptions per second. But if you do another million, my goodness,
you can do such things there that... God forbid...
Denis: The spark gap probably burns out.
Tariel: If you use a spark gap, it does burn out. They can't get it to work. They wanted to
steal this technology from me... Even the Georgian I brought in was bought off by them.
Thankfully, my intuition saved me. I was already preparing the technical documentation
to hand over to them. But when they gave me a guarantee, I stopped everything.
However, what that Georgian saw here, he gave it all to them. But they still can't
achieve the desired power output. It's all right there in front of them...
Denis: Yes, I still can't believe it's possible.
Tariel: You should understand that this Melnichenko is actually a very clever guy.
Denis: So what did he do, I can't understand?
Tariel: He got very close. But for some reason now he has changed direction towards
magnets. He is a very smart guy. I met him just a few days ago. We corresponded with
him.

Gia: Over email...
Tariel: Right, over email. Then they said that I went to buy something from him. Again,
as it turns out, one other Georgian also cheated there.
Denis: Was there a person named Gocha Tabatadze?

Tariel: Yes.
Denis: They told me about him that he also did the same thing without earth ground
using a conventional transformer.
Tariel: Let me tell you this. Gocha Tabatadze saw this type of device here for the first
time in his life.

Denis: So he stole it?
Tariel: No, he couldn't steal it. There was a little scam going on there. I know what he
was doing. But we don't say bad things about people who have already passed away.
Denis: I understand.
Tariel: A German man came to him, but they didn't even let him in the house. He sent
the German to me. If he were able to create a device, why would he send him to me?
The truth is, he only saw the device here. His proposals were simply unacceptable. He
told me, "Make 50 copies, and I'll give you this much. Make 100 pieces, and I'll give you
that much." I wondered, "Are you buying a device from me, or what?" Well... there's no
point in talking about this.
Denis: Well, okay. May he rest in peace.
Tariel: Well, in fact, I knew him. There's a swindler named Mevlud Ediselashvili. I
actually broke up with him. This Mevlud Ediselashvili took 200,000 Euros from the
Turks, and they left me there as a hostage, so to speak. After that, I forbade the Turks
from letting him in, and I myself didn't go anywhere near him. Then he got involved with
poor Gocha Tabatadze. He was my friend's cousin, the son of his father's sister. He
went too far with his drinking. He drank day and night. Then he had an accident, and his
friend died next to him. He had reasons to drink – he couldn't cope with the fact that
another person died because of his mistake. Something like that. That's it, dear Denis.

Denis: I see. Melnichenko also wrote that, as it turns out, it was not Tariel who met with
him, but Mevlud.
Tariel: That crook!
Denis: And he only let him talk on the phone with someone claiming to be you once in
his life. I've been in touch with Melnichenko, and he told me all about it.
Tariel: Yes, this is the first time we've even communicated in writing.
Denis: You've never even spoken on the phone?
Tariel: How could I have? I didn't even know his phone number. So that's how it is, my
dear.
Denis: So, when are you going to sell? Set up production?
Tariel: We'll see. One day, it will be necessary to gather a strong team and start
everything. Right now, the discussion is about producing up to 100 megawatts. We'll
wait. In fact, I'm not familiar with those people. Where would I work? What would I do?
What's there? How much does it cost? I don't know.
Denis: And this film that will be shown on the 19th, you only speak Georgian in it, right?
Tariel: Yes, in Georgian, with German subtitles.
Denis: I think they'll be streaming it in German over there. Let's see.
Gia: Well, the journalist asks questions in German, and a translator interprets.
Denis: If needed, Vazha can translate for me.
Tariel: Absolutely. Besides, there's nothing complex to translate. The generator is
visible. There's a hydraulic pump and a hydraulic motor that turns the generator. There's
a small electronic part; you start it with a 9v battery. It simply amplifies the power

because we had to make the motor work with a hydraulic pump and it produces a
kilowatt of power. A kilowatt motor is in place and that's how it turns the hydraulic pump.
Nowadays, getting a kilowatt is quite simple.
Denis: So, what role does the hydraulic pump play? I don't understand it at all.
Tariel: We are spinning the hydraulic pump.
Gia: And the hydraulic pump spins a 20 kilowatt generator.
Tariel: Does that make sense?
Denis: ok 1 Kilowatt motor...
Tariel: A huge pressure is created. There is a hydraulic pump of a different design, not a
standard one. This is also our own design. And so it's turning a 20 kilowatt generator.
Gia: Three-phase one
Tariel: a big three-phase generator...
Denis: Well, how does a one kilowatt motor spin a 20 kWt generator?
Gia: Yeah, it does.
Tariel: A motor with a power of 1 kilowatt turns like crazy... We even managed to get
like...
Gia: 1500 rpm.
Tariel: It held 1500 rpm.
Denis: Wow. So, if you understand the principle of obtaining energy from the Ether or
the physical vacuum, or whatever they call it now, it opens up countless ways to achieve
it.

Tariel: Yes, exactly. There's a good proverb: "All roads lead to Rome." You can take
whichever path you prefer. The key is to start, to understand how it's done. After that,
everything becomes much simpler. You might need to put in some effort, but it's not a
big deal.
Denis: But how many years have you been going to this?
Tariel: Oh... Quite a lot, well, how can I tell you... Even back in the Soviet Union. It's
been at least 27 years.
Denis: Wow.
Tariel: Yes...
Denis: Okay, thank you for your time, Tariel.
Tariel: Let's talk again sometime. We'll keep in touch.
Denis: How are you feeling, by the way?
Tariel: Well, I've developed diabetes. Now I depend on how my sugar levels are, or
rather, how I manage them.
Denis: know what that's like. I've had it since childhood... Well, okay, I should go, my
baby is already asleep, and I don't want to wake him up. All the best to you, Tariel. Take
care.
Tariel: Okay, goodbye.

[Aking.21]

This  next transcript is even more sensational, it adds more info to Kapanaadze's devices and proves he copied or modified Don Smith:
Transcript
Conversation between Korney, Tariel and Gia

[Korney] Oh, there you are finally, where have you been?
[Gia] At the doctors.
[Korney] With Tariel, you mean?
[Gia] No, no, my own tests.
[Korney] Ah, so you got sick yourself?
[Gia] Yeah.
[Korney] Damn, what happened?
[Gia] My gallbladder has been hurting for almost a year.
[Korney] Your gallbladder hurts?
[Gia] Yes.
[Korney] Damn, what do the doctors say?
[Gia] I don't know, I took blood and urine tests yesterday. This is an ultrasound or something. I did
everything, today I must go swallow some tubes.
[Korney] You're getting a gastroscopy today?
[Gia] Yes.
[Korney] Oh, damn.
I was wondering where you guys disappeared to. I called Tariel, he's asleep, his wife says. They
drugged him up again.
[Gia] Tariel doesn't have a wife.
[Korney] What?
[Gia] Tariel doesn't have a wife.
[Korney] Ah, he doesn't?
[Gia] Mamuka's wife.
[Korney] Lola, right?

[Gia] Lola, yes.
[Korney] Whose friend's wife is she?
[Gia] Our friend's.
[Korney] I remember, at first, there was a wife.
[Gia] Ah, yes.
[Korney] A young girl, right?
[Gia] That's Tariel's friend's daughter.
[Korney] Ah... How's Tariel doing now, is he on his own?
[Gia] Yeah, he was there and then at his son's. He was also lying down.
[Korney] Oh, damn. How's Tariel doing, has he gotten better?
[Gia] Yeah, I think he's getting better.
[Korney] And when will he show up?
[Gia] He'll be here in about 5 minutes, I think.
[Korney] Ah, he's coming to your place?
[Gia] Yes, he should be coming.
[Korney] Ah, it would be nice to talk.
[Gia] We're leaving, it seems.
[Korney] What?
[Gia] We have to... we're leaving for some business.
[Korney] Ah, you're leaving right away, or can you stay for 10 minutes?
[Gia] Well, we can do 10 minutes.
[Korney] Well, damn, I'm already wondering what happened.
I think nothing happened to Tariel.
[Gia] Damn, why didn't Olya tell you yesterday that I wasn't there?

[Korney] Ah, I don't know.
[Gia] So many people wrote me that...
[Korney] Really?
[Gia] Yes.
[Korney] No, I logged in, I saw you were online. Well, it's visible when you send this thing, and
there's a spinning thing there. I see you're online, I'm thinking, what the hell.
[Gia] Yeah, Lola called me that I... I was at the hospital until 9 pm.
[Korney] Wow.
[Gia] A new clinic opened there. They do all the tests from 9 am to 9 pm and give the results the
same day.
[Korney] Ah, wow, that's good, well done.
[Gia] Then I went with friends, there was something to finish there. I came back at 6 am.
[Korney] At 6 am? What were you doing? Damn, didn't your wife give you a hard time?
[Gia] Why? It was for business. Huh? I'm on business, she's calling now. Hold on. Hello. Hello,
Olya.
Hello. They have bad reception.
[Korney] Phew, damn, so Tariel is feeling better. Well, thank God, thank God. How are things going
with the patent?
[Gia] Hold on.
[Korney] Hello.
[Gia – on phone] Well, what do you want, I'm a little busy. Where will I find her, Olya? Well, if I
see her, I won't look for her. Hello, are you there?
[Korney] Ah, you're done already, right?
[Gia] Yes.
[Korney] Phew. I couldn't find that circuit diagram now.
[Gia – to Tariel] Who is he, what does he need? ...
[Tariel] Work phone

[Gia] Tariel is here, Andrei.
[Korney] Ah, Tariel. Tariel, hello, this is Andrei.
[Tariel] Andrei, how are you?
[Korney] Hello, dear friend. How's your health? Gia tells me it's terrible.
[Tariel] Yes.
[Korney] How did you let yourself get into such a terrible state?
[Tariel] Well, what can you do?
[Korney] Well, listen, maybe you should... I already told Gia, maybe some medicine? Maybe, I don't
know, maybe some kind of...
[Tariel] Dear friend, what helps with diabetes?
[Korney] Ah, diabetes? Insulin.
[Tariel] Well, I don't know, they took me off insulin. They say I just need to follow a regimen.
[Gia] It doesn't always work out.
[Tariel] Yes.
[Korney] Oh, damn, you should at least measure your sugar several times a day. How could you let
it get to this point?
If, God forbid, there is a coma, one could even die from such a thing.
[Tariel] That's true.
[Korney] Tariel, why are you scaring me like this? I told Gia, that's it. I said, Tariel is messing with
his health. Listen, Tariel, what are we going to do about our business, how are we going to move
forward?
[Tariel] You're right, we're going to patent it now. Well, I mean, we'll see, there are some offers to
patent it. And it will be easier later.
[Korney] So, one doesn't interfere with the other, right?
[Tariel] Yes.
[Tariel] So, we have no other problems. None, just this and that's it.
[Gia] So they don't find fault later, we have problems here too.

[Korney] So I told you guys, I told Gia that it's possible, you don't have to sell it, maybe your son,
you have a contract with Vestel, right? Your son doesn't have a contract, for example, right? Or Gia
doesn't have a contract either. So he can easily do it and then you'll be out of it. And the fact that the
money will go to you, well, that doesn't bother anyone, you understand?
[Tariel] Can I think about it, Andrei?
[Korney] Yes, of course. The only thing is, I see you have health problems. I've already borrowed
money from the bank, I've already agreed with the industrialist.
Well, they called me, asked me how things were going. I said, the guy is still in the hospital.
[Tariel] Well, it's been a day or two since I left that place. We'll see. We had some very heartfelt
conversations with the Turks.
[Korney] With the Turks?
[Tariel] Yes.
[Korney] So they are clinging to you?
[Tariel] I don't know how to put it. No matter what you do for them, they always consider you
extreme. We are already tired, we went to our place.
There was no money for food, they brought us to that. And once again, I said, I don't want to get into
such a stupid situation.
[Korney] So what do they want from you anyway?
[Tariel] Ah, I know what they want. They want it but... well, how to explain...
[Gia] And they don't believe it.
[Tariel] No, they do believe. They just want to find something in your behavior. Or just take it for
free.
I don't know what to do with them anymore. Well, I'm in fact done with them.
[Korney] Got it.
[Tariel] So, we'll think now how to get to you.
[Korney] How to get to us? Very simple. I make an invitation and that's it, I'll transfer the money.
[Tariel] You understand that this, what's it called, the Italian embassy, I haven't dealt with it to be
honest. Or you'll get through to something, you'll shout out

[Korney] Yes, with an invitation it's possible, I can call from here, make an appointment for you.
Then you would go to the Italian embassy.
I think they will grant the visa. I don't know why they wouldn't be able to grant it. The only thing is,
they might not grant it for Gia because he's a young guy. But they will definitely grant it to you.
[Tariel] So it's the same in Italy, right, about young people?
[Korney] Well, of course, yes. Because you're chasing, the elderly ones, they don't stay to work.
And the young ones stay.
That's why they're afraid to give visas, even tourist ones.
[Tariel] You understand, the conversation here is about how to somehow... The company has to
guarantee, but you send visas. Do you understand?
The entrepreneur you're supposed to work with, he has to help you with something, so that this...
This problem at least wouldn't exist.
[Korney] You mean the buyer, right?
[Tariel] Probably, yes.
[Korney] He can help.
He can help, but... I honestly think it's better not to contact him on such matters. Because we can
basically do it ourselves.
[Tariel] Then let's do it this way. We have a chance to get a European visa. Do you understand?
We'll see.
[Korney] What you're saying? I couldn't hear it.
[Tariel] We'll wait for 2-3 days because we have to get an answer...
[Korney] For the patent, right?
[Tariel] The union's response, yes, and then we can calmly...
[Gia] Move around Europe... If we get a visa. Not an Italian one, but...
[Korney] No, no, any of them will do, of course. You can easily travel with a German visa, no
problem.
[Tariel] Well, there is also a German, and a Polish, and...
[Korney] Czech. Yes, and Polish is suitable, Czech, yes.

[Gia] Yes, I think it's easier there. Italians don't do that.
[Korney] Polish is easier, yes. No, well, Italians can grant it, because I give a guarantee here, I take
responsibility for these people. And if they don't leave within the specified period, then I will be
deprived of my documents here permanently, do you understand?
That is, I make this invitation, sign such a document, which I take responsibility for.
[Gia] You understand, so, we need to get a visa for three months, they give it, that is, they told us
that they can grant a business visa.
[Korney] Aha.
[Tariel] And then it will be easier for us.
[Gia] Yes, they're telling us that the second time they're going to grant a three-year business visa.
But only if we do not violate terms and leave within these three months.
[Korney] You will come back, right?
[Gia] Yes.
[Tariel] Well, it's good that I will be there and everyone will also be there.
[Korney] Well, yes, for sure.
[Tariel] Well, would be best if you work on that within the next two or three days. Well, as a last
resort, your visa will be needed, your invitation...
[Korney] Well, you don't have to worry about your health here, Tariel, because the medical care
here is good, and everyone will be put on their feet right away. In detail, that is, there are no
problems with this here. Any medicines, whatever you want, all this is free, you don't have to pay
for anything.
Medical care is free in Italy. So you walk around with this calmer. You can go without fear.
For example, in Germany, if you don't have insurance, then, damn it, you won't pay, they won't treat
you. But that's not the case in Italy. Here there is no insurance... Well, actually there is an insurance
and you can apply for it, but even if you don't, the medical care is free.
Listen, Tariel, what I wanted to ask, Gia and I were talking about this setup. I wanted to ask, well,
you pump 220v or 12v into the primary circuit?
[Tariel] No, I can pump it with both 12v and 220v. It's problematic... And if I use 220v, I can put a
diode bridge there...
[Tariel] But the DC is needed. It's possible to do with AC, but there the circuit becomes more
complicated.

[Korney] No, I saw that you used inverters for 220 volts.
[Tariel] Well, not really, so to speak. Here's what happens there. You make a diode bridge and that's
it, off you go. But I mostly started it with 9v batteries. Well, and with a car battery, of course.
[Korney] But with a 9v battery, you then convert it to high-voltage, right? To excite the primary...
That is, those transistors that pump the primary are probably suffering, right?
[Tariel] They burn out. We threw them out in buckets there.
[Korney] Really? These are the ones on the primary, right? The ones that are suffering were only
present in that green device, right? (NOTE: he means green box).
[Tariel] Yes and the driving circuitry is completely different.
[Korney] Because, yes, I know that, for example, you can pump it hard with 12 volts and the
transistors can withstand it easily. But if you raise the voltage, especially when it's fed into such a
short primary...
[Tariel] They're burning out there.
[Korney] Yes, yes, they start to burn out, damn it, straight away. So I ordered that wire. I asked Gia,
I ordered that 2.5 square mm wire.
[Tariel] Good, it will come in handy when you arrive.
[Korney] I hope, Tariel, I hope that you will come after all.
[Tariel] Two or three days, and we'll figure out what's what, and we'll contact you.
[Gia] Listen, have you seen those two light bulbs that the guy did?
[Korney] Whom?
[Tariel] Some guy got 200 volts.
[Gia] 200 watts.
[Tariel] Right, 200 watts.
[Korney] Where? I mean, who did that? Oh, I think it was Lord (NOTE: he means DragonsLord76 –
the founder of the matri-x.ru forum). I sent you the materials related to it, right?
Well, you see, Lord was able to get the Smith circuit working...
[Tariel] Yes, yes, Donald Smith.
[Korney] The one with two secondary coils.

[Gia] I read that Smith himself couldn't make more than 50 kilowatts.
[Korney] No, Smith did 160 kilowatts, right? That little thing of his gave 160 kilowatts. He raised
the output voltage there to 8000 volts.
So, as I understand it, Tariel already has 220 volts coming out right away, correct?
[Tariel] Yes, yes, yes.
[Korney] I mean, you already take 220 volts directly from the secondary?
[Tariel] You take it directly. You can have 50 volts, or whatever you want...
[Korney] So it depends on how you pump the primary circuit, right? I mean to get that 50 volts on
the secondary.
[Tariel] I meant Hertz.
[Korney] No, not hertz, I meant voltage, like 220 volts.
[Tariel] Well, you can do 110v too.
[Korney] Well, I mean, you already get, for example, 110 volts on the secondary?
[Tariel] Yes. I get as much as I want.
[Korney] And how much you get already depends on the secondary, right? How much you wind it.
More windings, less windings?
[Tariel] The secondary circuit... It's a matter of the secondary circuit, in fact. What you put in there,
it will give out the same.
[Korney] Well, so it depends... That is, let's say, you pump with 200 volts on the primary. On the
secondary, you could add a little more turns to get 300v there. And if you got less turns, you get less
output, right?
[Tariel] Well, right, can be added or removed, depending on how much you want to get there.
[Korney] Right, yes. It's just that this Smith, when he did it, he did it very high voltage. He made the
output of 8 kilovolts on the secondary, and then stepped it down through capacitors.
[Tariel] Yes, he lowered the voltage using step-down transformers.
[Korney] No no. He stepped it down through... He was charging very large capacitors.
And afterwards it was stepped down through transformers. He had 160 kilowatts coming out of a
small unit. You could hold it in your hands.

[Tariel] He was on the internet...
[Gia] 160 kilowatts, I don't know, I haven't read it. The Internet says 50 kilowatts.
[Korney] No, you look at this one. There is Smith's on YouTube .. He already explained on the free
energy forum, everything's in English there. And he just says that the output of the device he holds
in his hands is 160 kilowatts. This little one he shows there.
[Tariel] Well, someone said that you can even fit this stuff into a matchbox, right?
[Korney] No, it was Lord bragging. He says, like, Kapanadze doesn't understand anything about
electronics. I will do it, all the electronics will be in the box, the one that controls all of this. Well,
Lord is quite a character. A real sly fox...
[Gia] Let him suffer
[Korney] In short, he got the result according to Smith - was able to excite the primary.
But he pumps in high voltage there, 1.5kv, I think.
[Gia] Yes, and he is still in Russia, let him not forget.
[Korney] Yes, Russia. They'll give him a pine box instead of a paycheck. Putin is there...
[Korney] They will just tear him to pieces.
[Korney] In short, well, Tariel, I was just asking about this, I just wanted to experiment at home
myself. You know.
I wanted to experiment, try to drive that primary and secondary and see what happens. That's why I
asked, how many volts I should pump into the primary. So it's better to put more volts, right? Let's
say around 220v.
[Gia] You mean into the primary?
[Korney] Yes, into the primary to excite it.
[Gia] Can be that much or it could be less. If you charge it with a 9-volt battery, the circuit just
becomes more complicated and that's it...
[Tariel] Yes, it gets a little more complicated.
[Korney] But with a 9-volt one, you still need to raise the voltage, right?
[Tariel] Yes, of course.
[Korney] ok you raise the voltage. Can you give me a hint as to how many volts I should apply to
the primary?

[Tariel] Well, again, it depends on you. If the calculation is correct, you should get 200-300
kilohertz and then the rest is the usual work.
[Korney] So, it's at 200-300 kilohertz, but what is the amplitude? That is, what voltage is used?
[Tariel] Voltage is 12 volts. I mean 9 volts.
[Korney] Ah, it's just 9 volts at 200-300 kilohertz on the primary, right?
[Tariel] Yes, yes, yes. The makes the circuit complicated. That's why I avoid these, but I made a lot
of the devices based on a 9v battery. It's a regular 9 volt battery. There are some milliamps there.
[Gia] 200 milliamps
[Korney] Well, yes.
[Korney] So, as I understand it, you excite the primary with 200-300 kilohertz,
12 volts is the amplitude. And the secondary, as you said, should be short.
[Tariel] Well, again, it all depends on how much you want to get at the output.
[Korney] And then your secret lies in how you extract the energy from the coil?
[Tariel] The whole secret lies in the calculation of how to extract exactly the voltage, amperage, and
frequency that you need. That's it.
[Korney] No, I mean, the secret is in the third coil, that is, how you control it there, right?
[Tariel] You have a pickup coil, the output one.
[Korney] And the third coil turns out to be the output, right?
[Tariel] Yes.
[Korney] Like Tesla's extra-coil, right?
[Tariel] Yes. If you noticed, Tesla had a flat coil hanging on the wall. And this coil played a
significant role in everything else ...
[Korney] What is this coil?
[Tariel] It's on the wall, if you looked there...
[Korney] Yes, yes, this is a large flat coil..
[Tariel] Flat coil, yes. Well, you can also make a conical one and we also did that, but still this flat
one turns out better.

[Korney] Ah, and that one turns out to be the output coil, right?
[Tariel] No, it's not the output coil, but it does a lot in Tesla's experiments.
[Korney] Got it. Well, okay, I won't bother you much anymore.
[Tariel] Okay...
[Korney] Well, you understand, I won't steal anything from you and I'm not even trying to do it. It's
just interesting to me, at least to tinker with something, to experiment. You know, sitting at home
doing nothing doesn't really lift your spirits. Guys, well, then I'm waiting for news from you. Gia, so
please call me, okay?
[Gia] Andrei, we need to go.
[Korney] Well, that's all, guys, take care. Tariel, hang in there, take care of your health, God forbid
anything happens to you. Gia, you too, keep an eye on Tariel, don't abandon him.
[Gia] I won't abandon him
[Korney] Okay, guys, take care. I was glad to hear from you. Tariel, I hope you won't get into such a
terrible state of health again.
[Gia] We hope so too.
[Korney] All the best, guys. I was very glad to hear from you.
[Tariel] All the best.
[Korney] Take care, bye-bye.

[sergh]

Tariel: A German man came to him, but they didn't even let him in the house. He sent the German to me. If he were able to create a device, why would he send him to me? The truth is, he only saw the device here. His proposals were simply unacceptable. He told me, "Make 50 copies, and I'll give you this much. Make 100 pieces, and I'll give you that much." I wondered, "Are you buying a device from me, or what?" Well... there's no point in talking about this.
Denis: Well, okay. May he rest in peace.
Tariel: Well, in fact, I knew him. There's a swindler named Mevlud Ediselashvili. I actually broke up with him. This Mevlud Ediselashvili took 200,000 Euros from the Turks, and they left me there as a hostage, so to speak. After that, I forbade the Turks from letting him in, and I myself didn't go anywhere near him.
...
Denis: So, when are you going to sell? Set up production?
Tariel: We'll see. One day, it will be necessary to gather a strong team and start everything. Right now, the discussion is about producing up to 100 megawatts. We'll wait. In fact, I'm not familiar with those people. Where would I work? What would I do?
What's there? How much does it cost? I don't know.
...
Tariel: Absolutely. Besides, there's nothing complex to translate. The generator is visible. There's a hydraulic pump and a hydraulic motor that turns the generator. There's a small electronic part; you start it with a 9v battery. It simply amplifies the power because we had to make the motor work with a hydraulic pump and it produces a
kilowatt of power. A kilowatt motor is in place and that's how it turns the hydraulic pump. Nowadays, getting a kilowatt is quite simple.
Denis: So, what role does the hydraulic pump play? I don't understand it at all.
Tariel: We are spinning the hydraulic pump.
Gia: And the hydraulic pump spins a 20 kilowatt generator.
Tariel: Does that make sense?
Denis: ok 1 Kilowatt motor...
Tariel: A huge pressure is created. There is a hydraulic pump of a different design, not a standard one. This is also our own design. And so it's turning a 20 kilowatt generator.
Gia: Three-phase one
Tariel: a big three-phase generator...
Denis: Well, how does a one kilowatt motor spin a 20 kWt generator?
Gia: Yeah, it does.
Tariel: A motor with a power of 1 kilowatt turns like crazy... We even managed to get like...

Kapanadze's strategy was to not give away the secret of the device to anyone. He made working samples only for demonstrations and earned money on this. He understood perfectly well that as soon as he gave away the secret to someone, for example, to set up production, then he and his relatives, colleagues and friends would become of no interest to anyone and no one would pay them anything more.

[Tariel] Well, it's been a day or two since I left that place. We'll see. We had some very heartfelt conversations with the Turks.
[Korney] With the Turks?
[Tariel] Yes.
[Korney] So they are clinging to you?
[Tariel] I don't know how to put it. No matter what you do for them, they always consider you extreme. We are already tired, we went to our place. There was no money for food, they brought us to that. And once again, I said, I don't want to get into such a stupid situation.
[Korney] So what do they want from you anyway?
[Tariel] Ah, I know what they want. They want it but... well, how to explain...
[Gia] And they don't believe it.
[Tariel] No, they do believe. They just want to find something in your behavior. Or just take it for free. I don't know what to do with them anymore. Well, I'm in fact done with them.

And after that this [Korney] does the same thing, tries to find out the secret of the device, with assurances "I won't steal it!".
Where is the logic? Kapanadze sets himself the goal of advertising his invention, but not to tell anyone the secret in any way.

There is no truth here. Well, there is one small and useless one:

[Tariel] The secondary circuit... It's a matter of the secondary circuit, in fact. What you put in there, it will give out the same.

[Aking.21]

I think you are missing the point.  Tariel answered what he means by high frequency. His device operates at 1Mhz which is highly significant information.
He also answers what his secret is, which again is very valuable information.
People have to pay attention to the videos and all the available information and piece together the info with his available patents.
So the first thing we need is a high frequency generator (1 mhz) capable of handling at least hundreds of watts.
He also tells us that the FG is pulsed with DC which accords with his patent.

[sergh]

About high frequency. This is taken out of context.

Let's look at the quote from your translation:

[Gia] You mean into the primary?
[Korney] Yes, into the primary to excite it.
[Gia] Can be that much or it could be less. If you charge it with a 9-volt battery, the circuit just
becomes more complicated and that's it...
[Tariel] Yes, it gets a little more complicated.
[Korney] But with a 9-volt one, you still need to raise the voltage, right?
[Tariel] Yes, of course.
[Korney] ok you raise the voltage. Can you give me a hint as to how many volts I should apply to
the primary?

[Tariel] Well, again, it depends on you. If the calculation is correct, you should get 200-300
kilohertz and then the rest is the usual work.
[Korney] So, it's at 200-300 kilohertz, but what is the amplitude? That is, what voltage is used?
[Tariel] Voltage is 12 volts. I mean 9 volts.
[Korney] Ah, it's just 9 volts at 200-300 kilohertz on the primary, right?
[Tariel] Yes, yes, yes. The makes the circuit complicated. That's why I avoid these, but I made a lot
of the devices based on a 9v battery. It's a regular 9 volt battery. There are some milliamps there.
[Gia] 200 milliamps

Kapanadze and his assistant Gia tell how they manage to start a large powerful generator from a small battery.

Initially, a simple version of the generator was started directly from a 220-volt socket network:

https://www.youtube.com/watch?v=prrd3zJJHfc

Here, to start without a 220 volt network and for self-powering, a standard industrial converter 12V -> 220V 400 Watt was used, which was powered by a car battery.

But this made it difficult to start without a 220-volt, when observers demanded to start the device on the island or first disconnected 220 volts everywhere, as according to Kapanadze, it was during the Georgian President's visit. This also led to reproaches from observers who assumed that the device was somehow secretly powered by a large battery.

Thus, Kapanadze describes a converter for obtaining 220 volts from a small 9-volt battery. The converter produces 220V DC and charges a large electrolytic capacitor, then Kapanadze presses a button and creates a pulse to start the powerful device, which then operates in autonomous power mode.

This could be a traditional low-power 9 Volt -> 220 Volt converter, which can be soldered or bought, for example, on AliExpress.
Kapanadze and Gia talk about it freely because they know there is no secret about it.

When Kapanadze says that it is necessary to calculate the elements of the generator design to obtain the desired frequency at the output, take into account that the generator output is 50 Hz 220 V. There is a video of Kapanadze where he connects a frequency meter to the generator output, and the frequency meter shows 49 - 50 Hz.
And he really needs to design the parts of the device so that the output is 50 Hz, not 70 or 30 Hz, and not 154 volts or 280 volts, but about 220 V.

Look at Kapanadze's hydraulic and mechanical generators, with cylinders and pressure gauges. What do they have to do with the Tesla coil? Why is it easier for Kapanadze to make a high-power mechanical generator than a generator with no moving parts?

[forest]

Look at Kapanadze's hydraulic and mechanical generators, with cylinders and pressure gauges. What do they have to do with the Tesla coil? Why is it easier for Kapanadze to make a high-power mechanical generator than a generator with no moving parts?

I guess because the output is strange electrostatic like energy which has to be converted into electricity either using a converter similar to DC-DC converter or by using a motor - generator. Maybe that's why he mentioned Don Smith

[sergh]

Why does Kapanadze need a DS-DS converter if 220 volts 26 amperes come out of the insides of its coil?

If he had a 1 MHz 5 kilowatt DS-DS converter, you would definitely have seen it. Even on a modern GaN semiconductor base, you will hardly be able to hold such a DS-DS converter for a frequency of 200 kHz - 1 MHz in your hands. Imagine the weight of 50 - 100 mobile phone chargers. And this super-device would be noticeable from the outside.
But there must also be a device for generating energy, in addition to this weight.

Considering that Kapanadze uses antediluvian radio components from the trash in his devices - it is impossible. Another way of obtaining energy is needed, since rectification of oscillations is pointless due to the lack of a source capable of supplying additional energy.

Kapanadze's generator has no output devices capable of controlling 5 kilowatts of power.  The energy comes out ready-made from the inside of the coil.
Low-frequency current 26 A 220 V 50 Hz.

Maybe that's why he mentioned Don Smith

- when Don Smith reported getting 100 kW from low-power junk parts, maybe he lied a little? How can we trust him at all then?

[forest]

The output energy is able to power light bulbs and (maybe modified) motors. For all other is probably required kind of converter to obtain required frequency and voltage. This is my guess. Like in Henry Moray device. It all have origin Tesla single wire transmission line and very strange motor coils like in Marvin Cole motor, described in Tesla notes on highe frequency currents

[sergh]

I also thought so at first. But Kapanadze's video shows a regular 50 Hz iron motor from the factory, and he measures the frequency of 50 Hz with a frequency meter. It's hard to accept at first. The simplest way to explain everything is hidden wires from the socket. But no, it's not that simple.

[chief kolbacict]

and he measures the frequency of 50 Hz with a frequency meter.

He measured by this?

[sergh]

Not only, but also this one, at 2:45

https://www.youtube.com/watch?v=m-rhxknv8_A

But the mechanical resonant frequency meter 50 Hz, like in your pictures, I think was also somewhere in other videos.

[Aking.21]

Sergh: re 9 to 220 v converter:
I assume you mean inverter?
So as I understand it, Kapanadze used a 9 volt to 220 volt inverter, then bridge rectified it to dc to charge a mains voltage electrolytic capacitor.
I cannot see a 9 volt to 220 volt inverter on ALi Express. Can anyone point me to such a device that can be purchased today?

[sergh]

a 9 volt to 220 volt inverter on ALi Express. Can anyone point me to such a device that can be purchased today?

DC-DC Boost Converter:
https://aliexpress.com/item/33005946746.html
https://aliexpress.com/item/1005004625817368.html
https://aliexpress.com/item/1005008965338587.html
https://aliexpress.com/item/1005005956520360.html
https://aliexpress.com/item/1005006477147082.html
small:
https://aliexpress.com/item/1005009208828428.html

from USB:
https://aliexpress.com/item/1005005951891086.html

etc..
Common application is to charge a capacitor for a photo flash.

Caution! Dangerous!
Such simplicity and low power converter can cause deadly electric shock! 
This increases with a charged external output capacitor large capacity.

[Aking.21]

DC-DC Boost Converter:
https://aliexpress.com/item/33005946746.html
https://aliexpress.com/item/1005004625817368.html
https://aliexpress.com/item/1005008965338587.html
https://aliexpress.com/item/1005005956520360.html
https://aliexpress.com/item/1005006477147082.html
small:
https://aliexpress.com/item/1005009208828428.html

from USB:
https://aliexpress.com/item/1005005951891086.html

etc..
Common application is to charge a capacitor for a photo flash.

Caution! Dangerous!
Such simplicity and low power converter can cause deadly electric shock! 
This increases with a charged external output capacitor large capacity.

Thanks,Sergh. I've ordered a few of these.
One question:  Do you know the electrolytic capacitor Kapanadze used? What is the capacity? Is there a picture anywhere?

[sergh]

I don't understand your enthusiasm with the auxiliary converter. It's just a starter for the "motor", which creates the initial impulse.

As I imagine, to start the device, a capacitor charged to 300 volts must be discharged by connecting through a toggle switch to one of the coils, probably the primary one, which has a small number of turns of copper tube. From this impulse, the magnets inside the secondary coil will compress some substance, which will generate a current that will go to the load through the secondary coil, which will maintain compression until the current from the substance is depleted. Then a cycle of expansion and regeneration of the substance is necessary, which occurs during the demagnetization and remagnetization of the secondary coil. The next cycle can begin independently due to the resonance of the current in the secondary coil and in the internal substance. For precise frequency correction, short high-voltage pulses with a frequency of 50 Hz are fed to the primary through a spark gap, from a transistor generator.

What led to such thoughts? Why Kapanadze needs an external power supply, a 220->12V transformer and a rectifier to organize self-feeding? Why can't he make a tap for 12V directly from his coil?
Because the coil does not produce, but consumes energy, and it cannot be used for this? In general, his secondary coil does not look like a Tesla coil, it looks like a winding of a powerful solenoid. The patent also says "bobbin", not "coil".

Yes, there is also an "unfortunate misunderstanding"   in the GreenBox video, when someone came in with a camera to take an interview, and did not pay attention to the fact that a person from Kapanadze's team had already started to disassemble the coil and take out secret insides from it.
Look at 14:15 what yellow came out from inside the coil on the left side:

https://www.youtube.com/watch?v=pSWD3HDJloc

Capacitor - I don't know which one Kapanadze had, it is only known that he ordered some capacitor for the GreenBox through someone. There was a message about this on the forums a long time ago.

But an electrolytic capacitor is not a problem. Probably in Georgia, for people far from electronics, this may be a problem.

In general, a suitable capacitor can be unsoldered from an old CRT monitor, 150 - 200 μF 400 V. But such capacitors are usually not designed for high discharge current, it is undesirable to short-circuit the terminals when fully charged. Due to the high discharge current, the internal conductors of ordinary electrolytic capacitors can burn out. Everything will be ok on the outside, but the capacity will be reduced or disappear. But for experiments, such a capacitor can probably withstand several discharges.

When charging electrolytic capacitors, it is necessary to correctly connect the Plus and Minus DC voltage in accordance with the designations on the capacitor body. If the polarity is incorrect, the capacitor will quickly overheated and explode.

  photo flash capacitor:
https://aliexpress.com/wholesale?SearchText=photo+flash+Capacitor

Attention, Danger! Electrolytic capacitors can explode when the maximum working voltage is exceeded! Not so much, but they can damage your eyes. It is advisable to work with them in protective glasses. It is advisable to choose capacitors with a maximum voltage of 30 percent more than what you plan to charge.

https://aliexpress.com/item/1005008769345815.html

About capacitors like this, do not use large-capacity capacitors, 500 - 1000 uF and more, the discharge of such capacitors can also be destructively dangerous.

Another capacitors for high current, with terminals for screws, looks good:
https://aliexpress.com/item/1005008683222908.html

maybe 400 A peak current,..datasheet:

https://v1.cecdn.yun300.cn/100001_2012285177/%E5%9C%86%E9%93%9D%E5%BC%8F%E7%9B%B4%E6%B5%81%E6%BB%A4%E6%B3%A2%E7%94%B5%E5%AE%B9%E5%99%A8%20%20MKP-LL.pdf

https://aliexpress.com/item/1005009606088712.html

etc..

[chief kolbacict]

In general, a suitable capacitor can be unsoldered from an old CRT monitor, 150 - 200 μF 400 V. But such capacitors are usually not designed for high discharge current, it is undesirable to short-circuit the terminals when fully charged.

In that case it's better to take capacitor from inverter welding or from frequency converter.
They are designed for high power.