Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[minde4000]

@LtBolo

I am refering to Linde's condenser. In the end of Kapanadze video at one point Frolov points finger to Linde's condenser and says "the setup you have seen was based on THIS". So..  From all that Tesla booklet he has he points out that particular device. (BTW tesla bifilar is right next to Linde's condenser in that booklet for a REASON)

  Also there are few PDFs floating around where Linde's condenser is being directly related as being gas analog to electric Tesla transformer.. Maybe if people would understand exect principle of how Linde's condenser works Kapanadze work would be so mysterious...

Minde

   

[minde4000]

You are confused ...DC have alot of losses ? No AC have alot of losses .

Tesla didnt have access to tubes for his HF experiments ,  he used LC resonance or mechanical switches , for that you need HVDC to charge the capacitor for the release .

1. Geez man..... you are so wrong...

2. Tubes? Who need tubes for AC?...

3. Dont mix DC storage with DC work done.

Minde

[Dankie1]

1. Geez man..... you are so wrong...

2. Tubes? Who need tubes for AC?...

3. Dont mix DC storage with DC work done.

Minde

Geez man ... learn ur basics .

Me wrong ? No you are wrong .

I work with 15 KW DC multiphase rectifiers everyday of the week , they are more than 95% efficient and have no other losses ... Think HVDC power transmission , I have studied extensively the characteristics of what makes an efficient audio transformer and they are lossy , HV HF with tubes is more efficient . I think I know more about this than somebody with no experience . Theres only 2 other ways to get to where we want . Resonating LC with sparkgaps , or HV DC pulses

People talk of HVHF like it came out of a box of cracker jack ...

For efficiency of DC storage , you need DC , near pure DC , not bumpy DC .

If you dont have that blocking diode , you get an impedance when the system is not discharging , you waste energy , you also get slow charge when you dont have good DC average . See Richie Burnett , he explains it .

[LtBolo]

It is amazing to me how much time gets wasted on pissing matches on this forum. It isn't helpful.

The truth is that you are both right. Dang near everything Tesla built used inductors and capacitors...and last time I checked those were only useful with something other than DC, be it AC or other forms of varying current and voltage. Even when he used DC it was primarily to generate an inpulse to stimulate resonance.

On the other hand, DC based excited caused effects decidedly different than pure AC excitation, so DC had definite advantages that Tesla exploited.

So let's shake hands, have a beer, and move along.

[minde4000]

You are confused ...DC have alot of losses ? No AC have alot of losses .

I dont see word "RECTIFIER" do you? Your rectifier efficiency has nothing to do with DC perfoming work. BTW your "everyday work" is home your experimenting stuff aint it?

Altho I agree 100% on your DC pulse or sparkgap excited LC system. However this has nothing to do with DC efficiency.

Don Smith had sparkgap excited LC or collapsing field collector if you will. I am yet to see a single replication of it.. People build some literally piece of shit (not even sorry) and then complain how come it dosnt work.. then blame inventor... how sad.. I have collector but no radio freqency spark generator... nor anyone else does as far as I know.

Lets stay on topic.

Minde