Battery Bank Charger - High Efficiency T1X

I haven't posted any new videos for a while now because I've been busy developing and building to new machines at the same time this is the first one I'm just going to show this one in this video the other one will come later but basically this one used to be my own personal t2 so what it is it's actually it's modification of the t2 the thought being that if the if the t2 coils were increased maybe twice the size see show you from this angle maybe here you can see how why these are now there's about two gosh there's probably two and a half pounds of copper in each one of these twelve coils but but it's there roughly a little over twice the size of the other ones so I figured it with the t2 in resonance the the voltage was a hundred and 80 volts so if I at least doubled the coils there abouts and I should be able to get maybe three hundred and sixty volts I'm I was just kind of hoping for that to see if that was the case and so what I did here is I you can see that I've extended the chassis to accommodate these these larger coils here in this in this area here and then I put the the toroid internally so I think that's kind of cool it keeps it out of the way and it's protected and you know bump it or anything like that I'm not sure that I will make this unit as a as a kit maybe just an upgrade from the t2 because the t2 still is a very cool machine and you can see this has got all the same stuff I'm not using the the meter here I'm just going to use just this top one and so it'll it'll perform pretty much the same way as the t2 does it just gives you a different result I suppose if I was going to call this machine by a new name I'd probably call it a t1 X t1 obviously because it's got one toroid and X just because it's it's an extension of the t2 so that would probably be it but roughly you can see it and I've I've taken the capacitor that was over well actually is over here on the t2 and I've just joined it up here just bolted in and there so it's it's not much different it just keeps the the caps tighter together here you could you could put this over here if you want it doesn't matter and that's that side and that's it okay now we'll we'll give it a test okay I've just connected the meter here to these two points here and here to test the resonance and this is the input here and I'm just going to go ahead and use this 12 volt battery in place of the el cheapo solar panel back here that I would prefer to show you because it's it's 15 watts with this thing when it's charging batteries it only draws about 13 watts and so and it's not just one battery you can charge a bank at that and I know you're wondering how in the world can you do that but I'm going to show you what this does is it's pretty amazing anyway I'm using the battery to try to keep this video short I just want to make a quick demonstration but here we go so we're going to power it up and we're going to start it at 18 volts so it's up and running and you can see that on the meter that first the voltage jumps up and then it has to settle down to its its resonant voltage and it's really strange I I know this this sounds odd but sometimes it takes five or ten minutes for this thing to balance its system out to you know to get into the full potential of the resonance itself okay so you can see that it's sort of settling down now on the meter and it's reading 375 that's pretty good I was hoping for about 360 which would have been twice the 180 of the t2 and I got it so that's that's not bad but I also realize that it's only at 18 volts of input and the point the the peak point of resonance on this machine is actually 26 point one which is an odd number but for the t2 it's twenty three point four I think so roughly we're talking three just three volts let me turn them a meter on it's pulling about four hundred milliamps and dial it up to twenty six point one on the DC to DC converter it's tricky we're closed Emma alright good enough anyway so now you can see that the voltage jumped up to 415 416 not bad but it's not in resonance it's not in full resonance yet because what I decided to do it this is where it's different I decided well what if I take some of that high voltage and excite the secondary coils that these are by fire coils just like the T - but excite the secondaries of all these big coils would that would that do anything you with that given any additional power would it what would it do would it spike the amps would drive everything crazy well now this switch here says HB res charge and starts so right now we're on the start so HB res is high-voltage resonance and that's where you want to put it when you're charging batteries so I'm going to flip this on you see the current drop down the voltage comes up a little bit so we can we can dial that back down to 26.1 okay get back up there alright and you can see now we're rising over 600 volts we just picked up two hundred more volts 200 more volts can you hear the Machine I think I'll take the camera off the tripod so you can hear the sound when the coils were excited let me turn it off okay you probably heard that off okay we're just listening to the sound okay I'm going to I'm going to flip it on off on off so it makes an interesting sound it's not like another machine that you might have seen that actually is deafening when it hits resonance but but it's still doing its job and and it does make that interesting sound and lets you know that that those excited coils are well they're excited I'm excited okay anyway so that's that's pretty much what I wanted to show you is that instead of three hundred and sixty volts when it's resonating in the by filer coils now by exciting those coils we can push it over 600 volts so when it runs through when it's charging the batteries and runs through the circuit everything is all kind of combined together and feeds back in and pulls the voltage down I've got it down to a point where this one right here outputs 24 volts in one battery for batteries whatever you want to put in series of 24 volts and down here I don't know if you can see it is the 12 volt output if you just want to do 12 volt batteries or import batteries you know in series that are they're still running parallel that are still 12 volts so that's it let me know maybe make some comments or send me a message or something if you you know if you think this this would make a good kit I don't know like I said I'm going to I think I'm just going to do it as an upgrade to the t2 because there's a lot of T 2's out there and those individuals may want to boost this up there's a few new parts you're going to lose a toroid you're going to gain you're going to have to get the the big coils and you're going to have to get these extension rods here to extend the chassis and what else I've got a high voltage cap that's in the system too behind the panel so that's pretty much that's pretty much about it everything else stays the same as the t2 in a few more minutes it may be 6:20 and then it kind of goes up and down it's very strange but this is there's a lot to this resonance and and I'm going to keep pursuing it because there's there's something there that I think we've been overlooking for some time Thanks one final note get a lot of comments sometimes this the course this thing will charge batteries again I get comments sometimes you know what's the point of this thing well I'm going to tell you what the point of this machine is I want to tell you what the point of any of my machines are I'm trying my hardest to develop a technology that will make you more energy independent that's the freaking point and I'm getting closer and closer to machines that that that are going to hopefully provide that solution for you so that's the point just want to tell you thanks Oh

Channel: PMMG4HYBRID

Views: 117,040

Rating: 4.77916 out of 5

Keywords: Resonance, Resonance Generator, Looped Power, High Voltage, Battery Charger, Pulse Motor, Motor Generator

Id: GXOYiyriKwc

Length: 11min 43sec (703 seconds)

Published: Fri Jun 20 2014