How to Build Crystal Power Cells - Long Duration Power

make sure we get some good contact there and to look at that there it goes and that runs fast too so one point 4 volts and it's putting out I'll put this on the 10 mil amp setting okay it's greater than 10 milliamps all right it's putting out 90 milli amps okay so I've had lots of requests from folks on how to build the crystal Power Cell and if you followed along at Laser hacker calm I've had some crystal power cells on there powering a motor and an LED for the last two years on a live video feed and I've just got comment after comment with folks asking how do you build the crystal Power Cell so this video is going to go over the building of this cell it's very simple it's a quick build but I just thought I'd show the process I go through when I build a crystal Power Cell and these crystal power cells the first time I saw them on a YouTube video was years ago John Hutchison should when running a small motor and kind of talked about them IV pointless to John Bedini lid motor a lot of us were experimenting with these a couple years ago and then I just put some into long-term testing eyes I just put them on a shelf and said let's see how these run over the next few years and they've been doing quite well I've been quite impressed with the duration of run time I've gotten out of these and I'm going to build up some more here I'm actually going to build a larger system but this video is going to document the building of a single cell I'm going to build a 10 cell setup and I'm going to get around 15 volts and subscribe follow along if you want to see that project it will probably be the video after this one so there seems to be about half a cup of a loom in one of these containers so I'm gonna go ahead and use all of that and I just want to break it up a little more in this coffee grinder so that it mixes better it's really clumpy yeah a half cup of each of these ingredients and that should be your district okay so now a half cup of this no salt sodium free substitute and this if you look at ingredients this is potassium chloride and that's one of the main ingredients in this so we'll put the potassium chloride in here half a cup that's about right okay so now we want to get a half a cup of the borax in there so as you can tell these are very approximate measurements I have not researched for a precise ratio because with a two-year testing time and the previous cell is still going it would take a long time to really figure out the perfect ratio that after a two years of use this ratio seems to be working pretty well so I'm going to go ahead and a powder up the borax at this point and that will leave the last ingredient which is the Epsom salt and we'll get that in here so half a cup Epsom salt and you can see this stuff is really granular so we're going to have to blend this up a little more to get a good mix okay so that's our mix I'm going to go ahead and put a cover over this and we'll shake this up we really want to mix all these ingredients together thoroughly so okay so we got this stuff on next up and we're ready to actually build the crystal stone okay so we've got the burner on I've got the magnesium core here ready and we're just going to build a very simple crystal cell here this will just be the magnesium core with a copper pipe cap and the only difference I'm going to do is I'm going to put a spacer down here so that this magnesium core doesn't get pushed up from the bottom and out the top which has happened to mine if you look at the live video feed online over the years this is actually been getting pushed up from the bottom so after two years it's about a quarter maybe three-eighths of an inch higher at the top and I want to stop that by putting the cap on the bottom so yeah we'll proceed okay so I've got a small wood disc I'm going to go ahead and glue that on the bottom of this and it's really gravity is going to hold it down so I'm just going to put a little bit of a hot glue on the wood here and just basically glue that right to the center all right so we're ready to start adding the material around the cell and I've got the hot plate set to warm you really don't want to overheat this too quickly or this material will just come bubbling up and out of the cell it'll be a real mess okay so I have this burner on the lowest setting this is on just warm and I can tell that the crystal cell material is really getting hot it starts to get in a molten looking State and that's what you want so on the lowest setting it's adequate heat for really getting this stuff melted down can we use this heat gun just to warm up the top section because a lot of times the bottom section will get really hot but the top section will not be as hot and you'll get this stuff boiling at the bottom and still kind of crusty at the top and that can also create situation which this material will bubble up out of the cell so a little bit of heat up here okay so it's starting to really bubbly and boil in here so I have this small piece of wire and I can work around and just kind of work the material back down into there a little bit but it's this is getting very close to being done here I just want to make sure it has enough enough material to bring it all the way to the tub so I've had to alternate between the hot plate in the cooling stand here a little bit to get the temperature right but this looks to be just about right so what I really don't want is I don't want a lot of large air bubbles and yet I want the material to be in a liquid state and very very loose and fluid around the magnesium core and that's exactly how this is right now so finally got this correct and I'll bring down the camera close to this so you can see what that looks like okay so you can see here that there's a small bubble over here but if I tap it it just disappears so we really want to keep it in this state as it cools down okay so I really like where that's at so rather than line this bubbled up and a battle that changing in temperature I'm going to try cooling this off at the bottom and just setting this in water at this point I really think that's the secret to stop this from bubbling out at the top we'll just try I've never done it this way but I think studying this in here will allow this to just firm up just the way I want so I'll leave that and we'll see alright so this is a cooling off and you can see a really nice top surface on here and taking this from the hot plate right at that critical moment and setting it in the water to cool off stop the heat from the bottom that was creating the bubbles that were coming through the top so that seems to be working really well now you just want to leave this alone until this becomes rock-hard so don't get inpatient don't go oh I'm going to test it now if you were to jostle this you would form a crack fracture between the two materials so you want to let this set up hard like concrete before you do anything with it at this point so we'll leave this in here I'll come back in a twenty minutes half an hour and take a look at it okay so the crystal spells all cooled off the crystal material set up hard like concrete inside here and that's just how we want to go ahead and sand it down the outside so this is all cleaned up it's already do our first test and what I thought we had tested with is the small DC motor so let me just connect up here I want to connect to the outside of the copper case so get make sure we get some good contact there and to look at that there it goes and that runs fast too so yeah I'd say that's a really good crystal - hey it's got some torque listen that foot you can hear that snapping against the side there so that's that's pretty impressive this turned out to be a great crystal cell

Channel: lasersaber

Views: 1,138,243

Rating: 4.8745241 out of 5

Keywords: Crystal, Cell, Joule, Thief, Ringer, Captret, Earth, Battery, earthbattery, perpetual, motion, nathan, stubblefield, coil, free, energy, how, to, DIY, selfrunner, self, runner, magnet, motor, Daniel, Mcfarland, Cook, Kapagen, Power, Solar, John Hutchison, Do It Yourself (Hobby), Solar Energy (Industry), Battery (electricity), air battery, Magnesium, copper, water

Id: Mzq_qWIhamQ

Length: 9min 4sec (544 seconds)

Published: Wed Nov 20 2013

Reddit Comments

[u/FullFrontalNoodly]

It is always so annoying when people go to the trouble to make a video and place it on youtube but cannot be bothered to report any actual numbers.

No load voltage and short circuit current are effectively useless. How about some useful data like the current being drawn by the motor under 2-year test, and the initial and current voltage under load in that test?

This would allow for some actual capacity comparisons between this cell type and commercially available cells.

[u/doodle77]

The battery probably has such a high internal resistance because the magnesium has so little surface area. You should use magnesium tape or foil wrapped loosely. Dip that into the mixture once it's melted.

I'm afraid there's nothing "crystal" about this battery.

[u/junkyardmessiah]

Looks like a simple dry cell. the word "crystal" is misleading.

[u/Bromskloss]

So, what is it? A battery?