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Projects by members => Projects by members => Electrojolt => Topic started by: electrojolt on September 02, 2008, 00:36:10 am

Title: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on September 02, 2008, 00:36:10 am
Here is a Circuit I just put together in Honor of Tesla.

As we all know, water breaks down into its basic elements "Hydrogen and Oxygen" when electrons flow thru it (Electrolysis).

In Theory, this circuit does not use current, it only transfers electricity from one set of fully charged batteries to another set of drained batteries.

The circuit functions by Dynamically changing the configuration of 4 sets of identical Deep Cycle Lead Acid Batteries.

When one set of 2 Batteries are connected in Series (24 volts) the other 2 batteries are connected in Parallel (12 volts) Creating a 12 Volt difference between the 2 pairs.

By Placing a Electrolysis cell between the 2 circuits, Electrons will flow from the 24 volt battery pair, to the 12 volt battery pair.

As electrons are flowing the following will occur:

A- 24 volt battery pair is discharging.
B- 12 volt battery pair is Charging.
C- H.H.O. is being created.

So in theory there is virtually no electricity lost. with the exception for the minimal power required to switch on and Off the relay at an optimized rate.


Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on September 02, 2008, 03:46:00 am
Pretty Cool!!
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on June 17, 2009, 17:17:16 pm
I was looking into the tesla switch a few weeks ago, have you done any experiments with this?

I was thinking a rotary switch with carbon brushes would work, I'm not sure how fast the relays can switch or would need to switch to make this work at the correct speed (and we don't even know the correct switching speed, but it could be pretty fast)
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on June 17, 2009, 17:23:06 pm
I did assemble the circuit using the Relays, but didn't really tested it. still need more batteries...

yeah, I'm nore sure either if this will switch fast enouph.
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on June 17, 2009, 19:00:33 pm
very interesting, looking forward to some testresults
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 30, 2010, 17:10:18 pm
On the matter of the Tesla Switch and the WFC; it occurs to me that in the way Tesla tunes his coils by equal masses involved that one could tune the cell electrodes in a similar fashio by equalizing the mass of the electrodes. An early depiction of the WFC by stan incorporated a solid rod stock as center electrode. Food for thought.
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 30, 2010, 17:19:46 pm
The voltage drop at the water fuel cell isn't zero, so there will be energy lost.

Power lost = Velectrolysis² / Xcell
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 30, 2010, 17:40:07 pm
You may want to try the Kromrey/Brandt Tesla switch and substitute 12 volt ultracapacitors for the batteries and use a transformer as the load for powering your fuel cell. There is a copy of the KBTsw doc avialble on Scribd and in the PJK Book Patrick Kellys' book on Overunity devices. You may also find it on John Bedini's website.
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 31, 2010, 10:57:48 am
You may want to try the Kromrey/Brandt Tesla switch and substitute 12 volt ultracapacitors for the batteries and use a transformer as the load for powering your fuel cell. There is a copy of the KBTsw doc avialble on Scribd and in the PJK Book Patrick Kellys' book on Overunity devices. You may also find it on John Bedini's website.

The question remain:
Is it more efficient then strait dc?

btw, its nice stuff, those radiant chargers for batterys, because of the structure of those.
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 31, 2010, 14:32:56 pm
I would be very curious as to the results you get if you build and apply the design. If you use lead acid batteries as you may well know the efficacy may be somewhat delayed until the negative resistor change has fully occurred within the batteries. Ref Bearden/Bedini. This process may be somewhat accelorated in that you are employing a series parralel circuit design. Keep me posted as to what type of batteries you are employing.
Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 31, 2010, 16:59:48 pm
I should have posted my test results back when I tested.

the circuit is an illusion, it makes you thing that the energy will be flowing from the higher voltage side to the low side.

if using 4 12 volt batteries then one would think that the the 2 batteries in series (24 volts) will charge the 2 batteries in parallel (12 volts) and this is in did true, but the total energy available in the 4 batteries will last the same time if wiring all 4 batteries in parallel to power a 12 volt circuit.

for example if you have a load that uses one amp at 12 volts.

when powering such load from this circuit, it will be drawing 1 AMP from the 24 volt batteries so 24 x 1 = 24 watts. and it will be charging the 2 batteries in parallel at 12 volts at one AMP = 12 watts.

so the 24 battery pack is draining at a rate of 24 watts
the 12 volt battery pack charging at a rate of 12 watts
and the load is using the other 12 watts.

Title: Re: Tesla Switch as Electrolysis Circuit
Post by: Login to see usernames on March 31, 2010, 18:52:26 pm
Hello Electrojolt. You may want to look at the solid state designs EnergenX Inc. are using. The relays will introduce a delayed response; but the coils in them may be put to use as a radiant energy sequestration device. Up sides and down sides to the coil relay I guess.