Originally Posted by
F150
Johnh pointed out that voltage will drop as I run the bays in series.
Im running -+- with 12volts. If I reverse polarity (swap my wires around) I will instantly have +-+ this should give me two 6volt bays.
2 big questions: where does the heat come from? Volts or amps?
What produces more gas? Volts or Amps?
Wattage = Volts x Amps
Maybe watts are the heat culprit.
I can keep my 10amps if I lower my volts.
You are right, it is wattage that creates heat... it is also what creates the HHO.
If you have a cell +- you have 12v across the entire cell. 2v to create HHO 10v creating heat. Current is determined by the amount of electrolyte in solution and also determines how fast it will heat up. Lets say for our example that we have enough electrolyte to cause it to heat up to 180f in 10 minutes.
If you take and change the plate configuration to +NNNNN- you now have 2v across each cell (there are now 6 cells). Using the same electrolyte solution as earlier you would now heat up in a couple of hours.
What the above examples show is that both voltage and current play a role in the development of heat... hence wattage creates heat.
The best thing you can do to reduce heat is design your cell such that you minimize the stray currents that aren't being used for making HHO. This means sealing off the edge of the plates. Also sealing off the feed lines that sit in solution as well... I had several meltdowns at the terminal lugs until I heat-shrinked my leads inside the cell. This was due to the stray current between the leads themselves.
My next step is to play with a PWM. Not for finding the magic frequency, but for controlling the amperage as the cell heats up. That way I can use the cell for long trips.
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Some days I get the sinking feeling that Orwell was an optimist!