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Author Topic: High voltage vs High amperage  (Read 12316 times)

dluthcke

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High voltage vs High amperage
« on: September 18, 2009, 05:43:17 PM »
Which design would allow for a more efficient cell? many people seem to say high amperage works more efficiently but why wouldn't high voltage work just as well if not better, for example wouldn't 120v at 1 amp have a greater potential to "pull" the water apart than 12v at 10 amp?

HeairBear

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Re: High voltage vs High amperage
« Reply #1 on: September 19, 2009, 02:39:04 AM »
With normal water electrolysis you really don't have many options. The optimum gas output a cell design would have to be an array of plates or tubes in parallel at the lowest voltages possible. Heat is the biggest problem to overcome, for the water will heat and boil giving you more water vapor. Even with low voltages the water will eventually heat to a boil. The rule of thumb, "More current = more gas + faster rising heat". If you could find a way to test it for yourself, a cell at 12V 1A would have the same gas output as 120V 1A. At these levels of voltages it appears that a higher voltage up to 120V does not really affect the water as much as the current passing through. Also, there is no special frequency to make it more efficient in any noticeable amount.

sm0ky2

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Re: High voltage vs High amperage
« Reply #2 on: September 19, 2009, 05:34:47 AM »
the problem that arrises with high voltage, is the impedance of the water.

once you exceed the waters' impedance, it becomes conductive and electrolysis fails to occur at low currents.

high voltage at high current  will initiate electrolysis, but this is uneconomical, unless you can harvest lightning.....

but as mentioned above, you have the problem of water vapor.
which would demand the implementation of a condensor or catalytic converter to remove the water from your gas.


dluthcke

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Re: High voltage vs High amperage
« Reply #3 on: September 20, 2009, 12:23:21 AM »
Thank you for clearing that up, so basically all i need to worry about is the design of the cell not the actual input voltages and and amperages? Would each setup cause the water to boil at the same rate?

HeairBear

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Re: High voltage vs High amperage
« Reply #4 on: September 20, 2009, 01:12:39 AM »
Well, no, not exactly. It all depends how you want to go about it and how much you want to spend. In my opinion, it's not worth the time or money to improve the gas mileage of most vehicles used today. It's very doable, but, the rewards are small and the maintenance is daily. If you rather look in the direction of Stan Meyer, Bob Boyce, Andrija Puharich, and others, you have an even bigger hill to climb which no one has reached the top yet. If your on a budget like most of us, start with two steel plates, stainless preferred. Two spoons connected to a 9V battery will even work but the corrosion will kill them quickly as you will see. Once you do a simple experiment you may begin to see things that will enhance your ultimate creation. I recommend you start small and inexpensive, maybe even recycle old junk for parts. Get a good feel for it before you waste time and money repeating others mistakes. Chances are, one of us here has tried what you may think of, but, you have to dig deep to find the info. Believe it or not, it's easier to find information on this forum using google rather than this forum's own search script.


jadaro2600

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Re: High voltage vs High amperage
« Reply #5 on: September 20, 2009, 01:40:11 AM »
Well, the amps are supposed to be what do the work, per se, they do most of the breaking.

You can do in interesting thing though with two sterling silver electrodes using high voltage, you can watch silver oxide make a bridge between the two probes.

CrazyEwok

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Re: High voltage vs High amperage
« Reply #6 on: September 22, 2009, 06:17:46 AM »
you need to ask yourself just one question... do you feel lucky punk? well do ya?...

You can choose any of the hundreds of plans that use brute force electrolysis. they will give you the expected output for you power input with a fair degree of accuracy... or you can go down the HV path of no quite complete diagrams people claiming more than they are getting. Everyone telling you they know how it works and they will be the ones who bring to the world. or they have done it all and they know all about it... etc etc etc. To date there have been no real replicatable HV cells that are worth your time. (just as a side note the term HV is a very loose term as a lot of people count different voltages as High voltage...) so if you feel lucky and aren't affraid of some reasearch and the such, HV is supposed to be better (as i said no replicatable results worth replicating yet) or the beaten, and now pretty much paved, path of brute force.

teslaedison

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Re: High voltage vs High amperage
« Reply #7 on: May 11, 2011, 09:45:53 PM »
Hello Guys,
     That are doing a great work but I would love to put my two sense into the pot if I may because I did an experiment with just distilled water by itself with the use of Paper clip and stainless steel spoon so if you are interested in how I did it by Tesla's AC with Edison's DC working together please contact me below at bottom of this message.

PS : Here is a video showing white pure H2 and O2 white cloud gases below

http://www.fliqz.com/aspx/permalink.aspx?at=5776ccb97e4a432d923e9b4186cad72e&a=177157c753114cd4a05ac46773477d7f

Also more information below too.
      You are not giving the totall account of Dr. Randell Mills processes which he says that the electrons are round shape disks when it comes to a positive proton that the electron wraps around it as a bubble so go check his explanation to what I totally believe is true web site below:
www.blacklightpower.com
http://www.youtube.com/watch?v=Ymlc8nk7Mdk

PS if you have any questions about this to please contact me at any time so I can explain his processes which will evidently become the new wave of energy for the future of all of mankind !! 
Sincerely,
Thomas C.
Cell Number: 309-660-4627

Wireguy

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Re: High voltage vs High amperage
« Reply #8 on: May 12, 2011, 05:26:22 PM »
Thomas, I think you need to describe schmatically what you are doing to get some interest.  It certainly looks interesting, but we don't have a clue what you are doing from your description or the video.

Wireguy