Voltage X Amps equals Watts?

[clueless]

Therotically then

it is possible using a combination of diodes, resistors coils, transformers, etc., to at least attempt this. If that is the case what is the cheapest least dangerous method to test it out.
Appreciate it.
-Clueless

Not if you have one way valves for both systems (diodes in electronics), if one way valves are used, the high pressure part will drag the low pressure water along with it using the venturi effect

[Joit]

but my idea was using the same power type either both AC or both DC but from separate sources to multiply the effects high voltage in one and high amps in the 2nd. Don't know if it will work just mulling it over and trying to figure a way to test on a small scale.
Thanks again.
-Clueless

Well, this is not complete right, what Shawneed here loudly states, Bedini still use an amount of AC in his Circuits and other Circuits work with that too, and they charge great, better then the classical Charge. And even, that the Batteries DONT heat up during charge.
It only dont works, when you directly connect AC to a Battery
and got the negative Sinewave to the so called 'Plus' Side of the Batterie.
You need to use Diodes or 'Valves for that, to restrict one Part of the AC.

Furthermore to the Basics, better observe and learn, as to take a 'Basic Electronic Book' Lol.
It only screws you up, but nothing else, because there are a couple of Principles in use,
but the Conclusions from it allways lead you to the wrong Results.
Like, Amperage is the Amount, Voltage the Pressure? Wrong.
Voltage is the Speed from a certain Amount of Energy through a predefinded resistive Conductor, so actually more a Timeconstant.
See here https://secure.wikimedia.org/wikipedia/en/wiki/Voltage
where they define Votlage even as needed Energy, what is necessary, to move a certain load, thats why you can calculate with this Value.
Where it is anyhow the wrong Expression, its 'needed' Energy, when there is no addictional Energy used,
but taken as Constant from the Pool of existing Energy Flow, mostly transformed.
Anyhow, this Value is more a little Helper for Calculations as a Real Value,
because Power usual moves allways at the same Speed.


clueless for your two Systems, because it is allways like this, that Energy moves to the weaker Point, and this is allways the Interface, where the Currents meets eachother.
For that, the Magnetic Component plays another Role, but is mostly ignored from the Classical Point of View, as only, that they State, it dont works, because...., but they dont do further Investigations, how you can positive Influence the Magnetic Component at a Circuit, seems, because this 'Smart' Heads cant do that, beside try to telling us the whole Time how smart they are with her Science and nothing else works.

One simple Thing, why you cant add 2 different Streams together is, that you cant speed the 'Mass' of slow moving Energy not so fast, with a fast running Stream, what only contains a small Amount of Pressure.
Compare it with a BUMP may, the slow moving Mass is like a Big long BUMP, the HV is something like pling pling pling, where Frequency comes into Mind too. You may wont change the Sound of that big BUMP with a Pling Pling,
but the BUMP will drown out the Pling.

Anyhow you need to equal first the both Potentials at a same Level, that you can use them, but with that, you do create new Potentials,
so when you have 2 Sources with 30 Watt, you need to equal it, like store it as charge in Batteries, and can add her Capacity.
And you may see, that even at 2 Rivers at combining them will add the Capacitance, but the Flow is depending on the Potentials, where it runs down.

Another Way would be, what i know of, is like the Work from D Smith describes. He use High Voltage, what he collect into small Capacitors, and they discharge at a certain Frequency, what gives again a Interface, where one Current can interact with an other.
But they are depending again on eachother and the right Cycles, like the Flywheel we had above and the right timing, where a Lever hit that.

Jetijs brought that Points allready in at his Post#2, but its may hard to understand, when you dont know a lot about this Field.

Your link works well above, its is may better to post one, as to use the Pictures from other Pages at other Places, so its ok.

[Bizzy]

And Watts equals the ability to do work.
I have a question(s) that will help me out alot if somebody can help me answer them. I'm not very experienced with electrical theory and until I get to actual experiments that is not likely to change. Right now all I'm doing is reconditiong/desulfating batteries for use with my inverter.
I really want to use solar panels to keep them charged but have come to the conclusion that I will have to build the panels myself to be able to afford it.
In the meantime I am collecting tools I'll need and decluttering my limited space to make room for future experiments. Mostly I'll get what I need from pawn shops, yard sales and the like.
I have an idea to extract more power from the solar panels and I wanted to ask you guys if you think it will work. To do that I need to ask about motors.
I assume that in a motor/generator the smaller gauge wire, the higher the voltage and the faster it turns the higher the voltage. The drawback being (as I understand) with very little amps; therefore the inability to do any work. But I'm also guessing such a generator would draw very little amps either. So it wouldn't take much power to run it.
Solar cells can be connected to either add voltage or amperage.
For example you have a generator producing say 300 volts and little amperage and you have a solar panel wired to produce say 20 amps and little volts. Now you have two separate systems with a potential of 6,000 watts if you can tie together their outputs into a single system. Are there anyway to do that? I was thinking maybe 2, 1:1 transformers matched to each's input; in other words the high voltage transformer to the motor/generator and the high amp transformer to the solar and then run those outputs to a coil that would add together the voltage and amperage. That idea is just off the top of my head but does anyone here know of a way to combine two systems into one. If this will not work please tell me why.
I want to learn and short of experience which is in the future I have to rely on asking questions.
Sorry if this is a ignorant question as I am can kind of ignorant in this area but I really don't understand why this can't be done.
Thanks for you time in answering.
-RG

Hi Clueless
I like the K.I.S.S. method of explaining it.(Keep It Simple Stupid)
Think about each individual cell or power source as a battery
If you want more volatage put them in a series. If you want more amps put them in parallel. If you want more of both combine series and parallel Like my diagram shows.
I use the same mothod with my alternators and get the correct results. The only power source where this does not always apply is earth batteries. But it should work with your solar cells and any other power source you wish to connect with them.
It would also help to add diodes to protect each source as well.
Bizzy

[clueless]

Thanks guys

and sorry it has taken me so long to reply but I got sidetracked on a link that savvypro provided on the agricultural forum.
I am touched a little with ADD and usually have spells with two many ideas in my head. Today was such a day.
I really appreciate all the replies and thought that went into them. I'll let it simmer in my head for awhile maybe something will surface because honestly electricity scares the fool out of me.
That may be a good thing.
-Clueless