Here is a video of my perpetual power self sustainer over unity machine. I show the schematic and meter readings from around 11 am to 6 pm as they rise. http://www.youtube.com/watch?v=ByEEOsGaj2o (http://www.youtube.com/watch?v=ByEEOsGaj2o)
thought I would add some pointers. I noticed that in the beginning when I was making this thing, that using other batteries of a higher voltage reading, would be draining faster then usual on this thing. But using a battery that read at first around 1250 its readings would slowly rise as mentioned in the video. so it seems this thing has a set middle ground, where a battery below that will charge up by the thing,,and a battery higher then then some set voltage will lower. Its still reading 1269 right now and this is the same night I did this and put the video out and the time is 1:21 am. This all makes sense thinking about it a bit about how it works. Its like if you try to charge a battery with a lower voltage,,the battery will lower to that voltage. And considering the solar panel is not 100 percent efficient and the led light can only put out a set amount of photons or light,,there must be a middle ground I reached. Where the joule thief only consumes a set amount of power and the solar panel only supplies back a set amount of power,,so I think this is more then anything just unity,,a delicate balance of the workings of the energy used,,resupplied back by the led and solar panel, but still even if nothing then unity a very neat experiment..
Thought id post another update,,maybe the last one Ill post about this,,who knows,,but its the same night as my last post,,time is 3:42am,, meter reading still 1269,,so again im thinking just unity here,,not over unity..so in the video Ive shown the readings rise on the meter from 11 am to 6 pm,,reaching 1269,,which it still is..
another update, now Im not sure if its unity or over unity. To start with I thought over unity since the readings went up. I was reading on the dcv 2v setting. I did a few times read it on dcv 20v setting,,it read on 20v setting 1.24 volts. But I took all further readings at the dcv 2v setting . So last night or on my last post i was sure it was nothing more then unity and not over unity. However this morning which is the second day i have had this running. On the 2v setting it reads 1267 but on the 20v setting it now reads 1.26 volts. Which is more then the 1.24 I read the day before. this stuff is a bit confusing to me to say the least. im no expert here and dont fully understand it,,just posting it as i see it.
Question, do you leave the meter on the entire time? If so, you may want to disconnect the meter between readings.
Bill
no the meter is not on the whole time, and it automatically turns itself off in like 15 minutes even if it was.
New update,,now its back up to 1269,,Im not really sure for the variance, perhaps there is a tiny bit of light seeping in a crack in the box,,i can barely see the led lit up through a crack. So perhaps this tiny crack has brought it back to 1269, or perhaps it charges itself back up at certain times of the day or even perhaps its power is not completely from the solar panel itself but some other form of energy perhaps passing into or through the box, no idea really.,It was 1268 earlier but I did not make an update on it,,waiting to see what happens. As of now its 2:11 pm the next day. But power remains overall the same on it other then the initial charge up as shown in the video.
Now im back to 1268, next day time 6:20 pm,,any ideas anyone?
Another update,,still at 1268 on dcv 2v setting on the meter, this is still second day time 7:38 pm ,,and still 1.26 volts on the 20v setting. So its gone up from the start of the experiment and still holding..Hope to get some feed back from others working in this area,,seems to hold alot of potential Im thinking.
Now Im dissapointed, I was not even going to mention this and leave it as it is but I figure everyone interested has a right to know. Im going to take this experiment back to the drawing board so to speak,,and see if I can improve it further. The reason being it has now dropped another point. I was sure I had unity, which I still may have as I read rechargeable batteries have a natural discharge rate whether used or not. So if I have the same energy going out the battery and back into the battery making unity it will still ever slowly drain on the battery, no way around it since rechargeable batteries will naturally just discharge and no way to stop it. This is however going into the third day so a single point drop is really not bad I guess. The led has been on and the device running the entire time. it was reaching 1269 during the day and 1267 at night on the DCV 2v setting on my meter, the reason I still dont know. Its still reading 1.26 volts on the 20V setting. Which is still more energy now then as it was at the start which read then 1.24V on the 20V setting and 1253 on the 2V setting. but I dont really understand why it originally went from 1.24v on 20V setting self charging to 1.26V now nor why it has dropped to 1266 now on the 2V setting. Except for reading the battery will naturally self discharge. I was expecting more from it. I think I will let it run into tomorrow or longer if it goes back up in reading,,maybe. But I still got an itching to try to improve it further..so enough said unless anyone has any questions. Oh for those who dont understand what is meant in relation to points dropping. In most any device that uses a battery,,with the meter connected to the battery and monitoring its power on the 2V four digit reading usually you will see a point drop like every few minutes, note here a point is not a volt,,so many points however make up a volt,,on the 2V setting....so best wishes, steve.
man wish I had a solar panel..lol..Is this the laser LED you are you using or IR,..or super bright visible light...Also Pirate88179 channel on youtube could give you a boost..http://www.youtube.com/user/Pirate88179#p/u/38/_RVvdCovYDY
if you could light as many LED's smashed up against each other all facing the solar panel with 1 AA battery with a modified joule thief would be cool too see. Most of your led viewing angle aren't that wide and I bet the solar panel could act as a flywheel type device for the electrons. I know the joule thief will only be pulsing their light but maybe there is more going on with the solar panel than meets the eye. It would be cool if we could get pirate to try it with one of his premade circuits to power a bunch of laser LED or IR leds. Come on Pirate help out won't take you too long to try.
Perhaps Ill check it out,,no problem if he goes for it,,or anyone for that matter I think it has potential. However I think if anything I just reached unity with that design,,or at the very least a very efficient setup. At present Im working on something else, using my pulse motor which I spoke about in another video. Ive got it running all day so far with no point drop, so Im hoping I can do something with this. Im feeding the output of the transformer using diodes back into the battery. might hold promise also for a self sustaining circuit. But lots of more personal test to do for sure. a video may come of it later,,not sure. Thanks for the comment, best wishes, steve..