you can actually justify pruducing hho in your vehicle to burn as an additive to the air intake. increases gas mileage and it can be run off 12 volts. so it would use no more electricity to produce the hho as the alternator can make. you can make hho on a level of 12 volts 6 amps. im testing with a battery charger to get a good plate setup. it works well for testing.
this here hes only running it off 2 car batteries and look at that thing go.
You're missing half of the electrical equation: AMPS. Any idea how many amps a car battery can output? 350-800, depending on the battery. That's a HUGE amount of energy. You can't get something for nothing; physics doesn't work that way. The more draw you put on the charging system, the more work your engine has to do. Let's look at an example:
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120 amp alternator, outputting 14 volts
120x14= 1,680 watts
1 horsepower = 746 watts.
1680/746 = 2.25 hp
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Electrolysis, under ideal conditions, requires 143 kJ of energy per mole of water. Ideal conditions include supplying
1.48V to the water. So, your other 12.52V are just heating up the water.
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Hydrogen atomic mass: 1.00794
Oxygen atomic mass: 15.9994
2(1.00794)+15.9994= 18.01528
Mass of 1 mole of water: 18.01528g
One ounce of water weighs 29.574g
29.574/18.01528= 1.64160 moles per ounce
1.64160x143= 234.74972 kJ per ounce
Now, Joule is a measure of energy, while Watt is a measure of power. Watt= Joule/second
177.6 x S =234.74972 kJ
S = 1.32178
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Assuming my math is correct, you're drawing 177.6W in order to break apart 1 ounce of water every 1.32178 seconds. Don't think you're going to be producing a whole lot of gas at that rate. Buuut, why don't we figure out just how much?