Selfrunning cold electricity circuit from Dr.Stiffler

[DrStiffler]

Hi Doc

hey man look the guy up and send a couple of them texas cowboys to have a talk with him. they can plant a couple boots in the right place.

@IsaSIO
Thanks for the help, so does that mean I need a cowboy that lives in Canada? Would not have thought it. Thanks again.

[scraven]

@Dr Stiffler - sorry to be pedantic but shouldn't you rate your cell output in kilovar's rather than kilowatts? Its just if you use the term kilowatts you lead people to immediately assume over unity in relation to the input wattage when your actually drawing reactive power (which is totally awesome to be able to produce super high efficient electrolysis with!!!!).

[IsaSIO]

@Doc

hey no problem just tell old joerg/prof to fly off. glad to help.

[DrStiffler]

@Dr Stiffler - sorry to be pedantic but shouldn't you rate your cell output in kilovar's rather than kilowatts? Its just if you use the term kilowatts you lead people to immediately assume over unity in relation to the input wattage when your actually drawing reactive power (which is totally awesome to be able to produce super high efficient electrolysis with!!!!).

@scraven

You know I would try to answer this if you could explain what you are talking about and where you obtained the information? What cell and powered how??

[scraven]

"4,800 Watt G3 Super Small Electrolyzer"
Correct me If I'm wrong but the cell works off reactive power yes? That is the power doesn't come from direct or alternating current rather it comes from alternating charge (reactive charging)... the whole premise behind the AV plug and AV's one wire transmission of power in general. (Also explains why the idea never got off the ground because the only thing back then... before the stiffler cell that is... that could use the reactive power transmitted are Fluro lamps).