Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[e2matrix]

@ e2matrix:

Please post attachments no larger than 800 x 600 or it messes up the page width.  I have re-sized it.

Thanks,

Bill

Sorry I didn't know as nearly all photos posted here go off my screen.  Normally I do try to keep things smaller kilobyte wise but the resolution on this was marginal so I put it up with only a small reduction in size from the original.  I'll keep 'em down from now on to 800x600. 

[Pirate88179]

Sorry I didn't know as nearly all photos posted here go off my screen.  Normally I do try to keep things smaller kilobyte wise but the resolution on this was marginal so I put it up with only a small reduction in size from the original.  I'll keep 'em down from now on to 800x600.

Believe me, I understand.  I know we are limited here by the software for kb amount and I wish the software would also block the larger photos sizes like on some other sites.  You know, you try to post a photo and get "Your photo is too large, please re-size to 800x600", or something like that.  We get a warning on the kb size if too big, I just wish it was the same for size as well.

Bill

[baroutologos]

i was looking at Naudin's equipment for conducting his experiments.

The power meter is Energy Check 3000.
http://www1.conrad-uk.com (search it as Energy check 3000)
The particular device says that it can measure true RMS and distorted wave. By the way, it should operate pluged at mains.
We cannot be sure that if pluged at a variac it makes valid measurments.

Regarding Naudin's efficiencies
....

Assuming the Energy check 3000 meter says the truth. Apart from the SG optimazation, Naudin uses a Variac for optimal operation of MOT.
IF the MOT at nominal voltage is lossy due to core saturation and not shorted windings(with or without load) at e.g. half of nominal voltage will be probably quite efficient.

The Voltage doubler function of the cap assures that the SG works anyways and to half input voltage. 1.2-0.9mm requires some 2-3 Kv to break. A MOT of nominal 220v input, and 2KV out, at 110volts from variac will reach probably 1KV out. This way, the cap can store phase 1 and during phase 2 to reach 2KV.
Bottom line i think a variac is a must.

[exnihiloest]

...
IF the MOT at nominal voltage is lossy due to core saturation and not shorted windings(with or without load) at e.g. half of nominal voltage will be probably quite efficient.
...

I hope so. I should get my variac this morning. When my MOT secondary is not connected, nonetheless its consumption is around 50W (I can light a 60W light bulb placed in series with the primary). I'm in France like JL Naudin with a main of 230V/50Hz. Although they are specified for such voltage limits, it seems that these asiatic products are badly engineered with undersized iron core or coil turns.

[baroutologos]

Hello Exi, and all

Concerning efficiency in setups, i have made long time now an observation regarding "regular"  filled HV capacitors and those destined to be used at Tesla coils setups.

An experiment of efficiency
.....
I took six 4.7 uf 2250 VDC  filled caps and wired them in series (0.83 uf my LC says)
I charged them from my only HV supply and discharged them from a standard SG. (0.5mm)
Discharge is feeble somehow producing a hollow sound.

Now i took 2 x 0.25uf  5KV DC capacitors and wired them in series. SG remained the same. The discharge of that pair is quite spectacular.
A sharp burst like a small cracker is produced and much more light. (Same gap, less energy)

This reconfirms my experience and observation.
When we are talking about efficiency and "discharge" power  caps make HUGE difference.

Perhaps since in Kapagen is involved instant HV action this is a must.


PS: I was inspired to do this by looking at Naudin's kapagen replication pages by a replica done by a fellow named "Robert" who uses MMC instead of the lossy micro-oven HV cap.

PS2: Whoever needs a Utube video to see what i am talking about, speak