Re: [EVGRAY] Cap charging and use

Body

James! Your mention the use of caps in the NV voltage divider instead of 
resistors is an interesting idea!

Here is the problem area to be addressed in conventional capacitor 
charging! http://hyperphysics.phy-astr.gsu.edu/hbase/electric/capeng2.html

Lets take a look at HV electrostatic charging!  Hypothetically lets take 
the Felici Electrostatic Generator (Example) and its 3KW output. See: 
http://www.webring.org/l/rd?ring=teslaring;id=1;url=http%3A%2F%2Fu2%2Elege%2Enet%2Fnewebmasters%2Ecom__freeenergy%2Fexternal_links_from_theverylastpageoftheinternet%2Ecom%2Fhighvoltage%2FHVgenerator%2FHVgenerator%2Ehtm

Also, a conventional Marx generator. See: 
https://www.instructables.com/id/12V-180kV-A-Battery-Powered-Marx-Generator-and-int/

http://danyk.cz/marx_en.html

https://en.m.wikipedia.org/wiki/Marx_generator

Ok! Guys, we have to think everything backwards here!  With the Felici 
Electrostatic Generator we have a HV potential of an million volts and 
it outputs 3KW in useable power. As shown in the Marx generator example 
with 12VDC input and 180 KV battery powered unit lets play the game 
backwards.  We have the HVDC already, so lets set up our voltage devider 
circuit so the we are in effect dividing back down to the lets say 13VDC 
to charge our batteries! Don't say it can't be done.  This way we can 
use the HVDC electrostatic as our power source and utilize the output at 
any step down voltage we want.  We already know that the Felici 
Electrostatic Generator is doing something very unusual in that it uses 
HIGH PRESSURE PURE HYDROGEN GAS as its working electrolyte or dielectric 
media. I contend that it is an Aetheric energy tapping device!  Just 
think about this if you will!  Norm



On 10/9/2018 1:26 AM, James Glinski [email protected] [EVGRAY] wrote:
>
> Should be more efficient .
>
> On Oct 8, 2018 9:56 PM, "Mick [email protected] 
> <mailto:[email protected]> [EVGRAY]" <[email protected] 
> <mailto:[email protected]>> wrote:
>
>     James,
>
>     This is an interesting way of going about it, with high voltage
>     often caps are used in voltage divider networks instead of
>     resistors.  Good idea!
>
>     The only problem is the larger caps are usually lower voltage else
>     very expensive and the lower voltage caps can be damaged by the
>     initial pulse prior to charge diffusion even though the voltage
>     does go lower based on the larger farad capacity.
>
>
>     On 10/8/2018 1:53 PM, James Glinski [email protected]
>     <mailto:[email protected]> [EVGRAY] wrote:
>>
>>     I would try dumping them in to much larger cap there by dropping
>>     the voltage way down say to 15.5 volts or 4 volt to dump into a
>>     lead battery or lithium .no transformer needed .
>>
>>     On Oct 8, 2018 10:30 AM, "Mick [email protected]
>>     <mailto:[email protected]> [EVGRAY]" <[email protected]
>>     <mailto:[email protected]>> wrote:
>>
>>         Kone,
>>
>>         Once one has a way of charging caps reliably and quickly what
>>         is the
>>         best way to make use of a bunch charged to 800v say?
>>
>>         What do you do with the output of your Konehead / Muller motors?
>>
>>         I guess one way would be to dump them into a buck converter
>>         then use for
>>         charging a buffer battery or supercapacitor but what are some
>>         uses you
>>         have come up with?
>>
>>         I think the dream Norm had makes sense in that we should just be
>>         powering everything off caps as there are multitudes of ways to
>>         efficiently charge these puppies.
>>
>>         How quickly conventional oil caps can be charged by influence
>>         machines
>>         is another interesting query as these can be voltage limited
>>         with GDT's
>>         so we don't blow up our run caps with more than 800v, suppose
>>         one could
>>         have a long line of these charged quickly indeed?
>>
>>         Don't bother with electrolytic they truly suck and act as if
>>         there is a
>>         load on the source so waste lots of energy and charge
>>         slowly.  They may
>>         be ok for lower voltage buffers one we have converted back to
>>         watts.
>>
>
>