ZeropointEnergy

dR-Green wrote:

Hmm, I'm sure there was another reply by someone here but it's now gone? I wanted to check out the video they posted and then I forgot to reply sorry, whoever it was.

Anyway this whole thing with water hasn't gone very far yet because I've been busy starting building Tesla coils, making a workbench to work on instead of my bed, and playing with transformers connected to the SG output. But it has led to a thing that relates to the HHO cell, now I'm curious as to how what is connected to the SG output affects how the whole thing works, how the SG effectively adjusts itself according to the load.

Not to mention CFLs on the output, connected through a 240v to 12v transformer connected in reverse, at certain frequencies/SG trigger resistance, only lights brightly when I touch it or place conductive objects near it, such as tin foil or wires. If I place this conductive "antennae" close to the CFL but not quite close enough to make it light, non-conductive objects such as a piece of pine wood makes up the difference; when I touch the CFL with the piece of pine, the CFL lights I'm also rectifying the transformer output so the 11w 240v AC CFL is working off pulsed DC (110mA 12v SG input). But the CFL won't stay on constantly, it's more like a strobe. My theory at the moment is that I'm using an off the shelf standard mains step down transformer so it's designed for that purpose, and this acts as a limit that the SG can't overcome because it's not a brute force system.

minoly wrote:

I searched and could not find if this has been talked about. If it has please let me know and I can kill this thread
we just posted a video of our solid state SSG producing hydrogen

IN the battery itself:

YouTube - min2oly's Channel

This also works on the pulse motor type, our vid just happens to be the solid state. so, how can we close the loop on this one

is there a known amount of hydrogen that produces x amount of joules or something like that so I don't have to build a motor that runs on hydrogen to produce electricity to add it to the COP etc...


Patrick