Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[NRamaswami]

Hi TK..

Thanks for your reply.. I will test it without the load and with the load for we got the 270 volt reading only with all the 5 x200 watts lamps on. However it will not be before Sunday. As I'm not trained in electricity I do not make the connections myself but ask an Electrician to do it. He will come here only on Saturday or Sunday. Then we will measure the no load and on load conditions and report here fully and truthfully as usual.

[RandyFL]

Hello All

To measure the voltages and power balance properly in circuits such as you are working with, you really need an oscilloscope and the skill to use it correctly. Meters are a poor substitute and have often led people astray in these matters.

So how did Tesla / Figuera get test results
I'm sure He/they didn't have an oscilloscope or semiconductors...

For me personally... I use a 12 volt car battery...if the apparatus performs " work " and keeps the battery re charged...end of story.

[Doug1]

 "So how did Tesla / Figuera get test results" They did more of the doing and less of the talking and asking other people what they thought about an idea. They expanded their own knowledge and didnt care so much about the base of knowledge of others who had different motivations then their own. If you ask your tail to lead you will eventually run into some crap,it's just the way it is,it's not personal. Do more ask less.

[RandyFL]

"So how did Tesla / Figuera get test results" They did more of the doing and less of the talking and asking other people what they thought about an idea. They expanded their own knowledge and didnt care so much about the base of knowledge of others who had different motivations then their own. If you ask your tail to lead you will eventually run into some crap,it's just the way it is,it's not personal. Do more ask less.

Doug1,

" Measure " test results

[gyulasun]

....

I think if the secondary is a thicker wire or as thick as the primary wire, then at a certain length and turns of the secondary and at a certain voltage level we are able to reach COP>1 level. But this can never ever be achieved if we use the transformer design where the Lenz law effect is predominant. But after crossing this voltage level it the COP level suddenly shoots up. I have checked for a 4 sq mm wire ( which is not used normally for wiring) up to 300 volts and it did not cross COP=1 level itself. But when the voltage has gone to 620 it was COP>8. I think all our equipment are rated to fail below this voltage level and are designed for this purpose.

Similarly I have seen that a very thick insulation plays a very important part for the output. I do not even understand why but you can check it for yourself with a three core or four core cable which has a very thick insulation and use it to make an electromagnet and use ordinary wires and alternate the cable and wire for the primary and secondary and you can see the difference. I'm not able to really explain but thicker insulation and thicker wires provides better performance. I think if we use 10 sq mm wire the COP>1 results may come even at 300 volt levels but we never ever would that wire for normal wiring purposes.

When I read transformers I asked why the secondary should not be wound with a lot of thick wire and a lot of turns and length? I felt that both votlage and amperage should go up.  What will happen if it is wound like that and did not find the answer any where and so I did this arrangement. Unfortunately the higher gauge copper wires are so expensive I could not check them for the secondary performance. Similarly I do not know why thicker secondary wires are not used in Tesla coils. It will be bulky and uneconomical perhaps but a thicker wire in the secondary of a Tesla coil must provide for higher amperage and if the turns are the same as the smaller wire the voltage cannot go down either. Why no material which can stand high frequency is put inside the Tesla coil?  May be I do not have the brains to understand that this will not work but I do not hesitate to ask questions and investigate. This is how I tried.

...

Hi NRamaswami,

Unfortunately, I cannot really comment your above observations meaningfully because I did not do such tests with thick and long wire for secondary coils, where the insulation is also very thick for the wire. It is surprising that as you transformed up the input voltage in the secondary and went up with it well over 300 V to 620 V, then it was COP>8. This result was meant for your own winding style and transformer setup and not for a normal transformer of course.

All I can say and perhaps suggest is that all measurements should be done and be performed precisely and evaluated correctly, and then the device be checked by another team to verify your findings if possible. I know this takes time and more resources.

This concludes my comments. I wish you further persistence and good luck.

Gyula