
Originally Written by
lukemon79
Guys, even if they are neoiscritto to the forum, something about the hho I know, I can help myself to do a little bit of clarity on key concepts that have been already? mentioned a little bit from everyone.
The oxyhydrogen gas (water) acts primarily as an accelerator and optimizer of combustion. Made tangible ? that the unburned gases are DRASTICALLY brought down when you install a generator, even by only 1-1,5 liters per minute of gas.
Then, if ? true that nothing is created and nothing is destroyed, and that, therefore, how much energy you expend (through the alternator and generating a higher resistance on its axis) so you'll find yourself in the chemical energy of the gas, less the losses due to the heat generated by the cell; but ? also true that we must not forget that our cars do not convert the chemical energy of fuel into mechanical energy at the wheels with a good efficiency, but can barely get close to 20%. A large part ? dissipated as heat (in fact, we have the radiator), then there are the various frictions, etc.,
The injection of oxyhydrogen allows a pi? complete combustion in the combustion chamber, and then is transformed to pi? chemical energy of fuel into mechanical energy at the wheels, and the game is worth the candle.
Then, the ECU intervenes to frustrate all, reading (from lambda) that the mixture ? lean (given that the discharge law, a higher percentage of oxygen), and then injects a quantity? increased fuel economy.
Why you "scam" by inserting spacers on the probe, lambda, or modules on the mass air flow sensor that always have the same purpose to make believe to the ecu that the mixture is rich enough.
The one that made him see Cricket was not a car on water, but the internal combustion engine, traditional, powered by cylinders of hydrogen in the combustion is generated as a by-product water. There remained the problem of how to fill those cylinders of hydrogen, and on their ability? in safety. If to fill them uses an electrolytic dissociation occurs by means of generators that work with traditional fuels, you have only moved the problem (? you can make them in a manner that optimizes the return on the generators).