Hi folks, are you seriously telling me nobody here finds my last comment about the Slycell charging method a little bit important or useful if the claims are true which after some thought i think are genuine and soon testing to proof it. Would not a system that can charge a battery in 1 hour that normally takes 6 hours to charge with the same input overall as is used in the 6 hour setup be useful to anyone. anyone out there.
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Originally posted by SkyWatcher View PostHi folks, are you seriously telling me nobody here finds my last comment about the Slycell charging method a little bit important or useful if the claims are true which after some thought i think are genuine and soon testing to proof it. Would not a system that can charge a battery in 1 hour that normally takes 6 hours to charge with the same input overall as is used in the 6 hour setup be useful to anyone. anyone out there.
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Hi folks, then in that case Electrotek since i noticed its very hard to find anything anymore about the Slycell charging method on the net, hmm I wonder why, thats ok they must have forgot that people can create libraries of all past good and useful information from the net. anyway here is a pdf detailing it so people can decide and test it for themselves.
I am creating a thread just for Slycell.
peace love lightLast edited by SkyWatcher; 12-14-2009, 10:58 AM.
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Originally posted by SkyWatcher View PostHi folks, are you seriously telling me nobody here finds my last comment about the Slycell charging method a little bit important or useful if the claims are true which after some thought i think are genuine and soon testing to proof it. Would not a system that can charge a battery in 1 hour that normally takes 6 hours to charge with the same input overall as is used in the 6 hour setup be useful to anyone. anyone out there.
I made a bump in a 12V gel battery yesterday because I overcharge it from 3 hour charge, from 10Volts to 16Volts. And this isn't fluffy charge too, since it already run two hour powering computer fan now and still not stopping. I charge my kid toys NiCD batteries in an hour which can make the toy run longer than overnight charging of cheap china charger.
Your idea is great, but it require something I don't have, a big capacity capacitor. Big capacity capacitor should enable self charging too if done properly. My current circuit work just like I need to, so I will try to overwork it before I try something else. But since it run cool, maybe this may take a long time.
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Car 1 farad plus capacitors in CAP PULSER
After much experimenting with the simple SSG (although my actual results are way less inferior than what other people mention best cop achieved 0,6 ) i decided to move to cap pulser mode as specified in the Patent.
I have read a lot about the kinds of capacitors to use and their effects.
To me it seems the larger the better (in a reasonable mode)
So, i am wrong to start it with car capacitor of say 1-2 farads, charging it to 1-2 volts above battery bank level and then via mechanical means discharging it?
Or better going say via 2 x 96.000 uf will be better?
Resources are scarce and time also, that's the reason asking.
Regards,
Baroutologos
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Originally posted by baroutologos View PostSo, i am wrong to start it with car capacitor of say 1-2 farads, charging it to 1-2 volts above battery bank level and then via mechanical means discharging it?
For greater COP try twisting the secondary wire to the primary wire, although this may reduce the induction considerably and we may need to increase the winding, it will increase the induction collapse power. In Joule thief thread I learn that twisting the wire has the same effect as reduced winding. While the big Bedini generator photo show the use of big twisted wire.
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