Crystal Cells Have Been Going for 4+ Years! - Crystal Cells Duration Testing Update 

hear hear!

Or simply use thin magnesium tubes with progressivly smaller diameter with the cristal stuff in between and laterally drilled holes to hold the cores in place

An increase in surface area would definitely increase the amount of current also the crystal electrolyte could be made to 1 be anhydrous completely 2 made in a much thinner and lesser amount it's not nessary to have a thick layer and is actually causing this issue due to it not being sealed completely and allowed to absorb water from the air so if you sealed them well this wouldn't be ab issue and yeah think how a modern lithium battery is constructed use that method with these materials and without vent caps would be awesome

I had the understanding that it was the pressure applied to the lattice of the crystalline structure that aided in the communication of electrons. So much to learn here! I love it!

+muddymuddymuddmann he should build one similar to the layout of a car battery with sheets of anodes and cathodes.

@Froddobaggins WasmyMilkman ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-Mzq_qWIhamQ.html&ab_channel=lasersaber

+ElGatoLoco698 You can calculate it. IT can provide roughly 200 ma and 1.5 volts per cell of that size, so 1.5 x 0.2 = 0.3 watts an hour. 0.3 x 35000 hours (assuming 4 years) a total of 10000 ish watts. or 10 kilo watts assuming I'm correct. More then any battery i know, a large car battery has maybe 1000 watts hours on one charge. If you have 10 then that is 100 kW. If that is not spectacular then i dont know what is.

Jette Christensen That's really quite unbelievable. I bet many a electrical engineer would say it's impossible. This kind of thing throws the whole conservation of energy into disarray. Theoretically it's possible but then again theoretically it's possible to blow up an entire city from the energy of one drop of water. Where is this energy coming from? Must be the vacuum energy that Tom Bearden is always talking about.

***** yes exactly that is what i think too, i think steven greer said it was called the quantum flux field from the vacuum of space. there are also devices that amplify the energy output. More energy out then you put in, in a way. I can't remember what they were called but they were like a modified electromagnetic generator. Sucks this technology has been hidden for so long.

It's a thermo electric device that turns ambient heat into electricity. A widely known application is for space probes and rovers, as used by NASA under the name of Radioisotope Thermoelectric Generator (RTG). Their implementation uses a small lump of radioactive material that always stays extremely warm due to the atoms keep fission-ing all the time. The curiosity is that even at 20 degrees Celsius, let's say, the elements shown in the video keep working. Long story short, the energy comes from the environment, namely the heat of the air and table on which the termoelectric elements sit on. If you think about it, even 0 degrees Celsius is hundreds of degrees above 0 Kelvin, so there is heat energy in our atmosphere. We're not like on Pluto with 33.1 K (-240 C).

200mA @ 1.5V for 35000 hours would be simply amazing for IoT devices In fact, far far too good to be true. A current top of the line lithium polymer 18650 cell will give you 1 mA @ 4.2 to 3.2 volts for about 3000 hours at best. These batteries would represent 3 orders of magnitude improvements. Like @shubus said, this is probably microamps not milliamps

I had an idea about encasing them in concrete tubes, maybe inside some square steel bar to rest against. concrete is really good with compressive forces 🤔

Its just a simply crappy battery my guy, nothing else.

But there is _free_ energy. Free energy is that energy you don't pay for. Even if someone else pays for. :D Saying that just considering the amounts of energy used in refining and producing magnesium metal.

Following that logic, batteries are "free energy." It's not free.

Unless the batteries are stolen lol

How to add amps to Earth batteries and crystal cells! In 1861 telluric energy was discovered in the Alps. Today this technology is commonly called an earth battery, EB. Earth batteries work great at producing voltage. We can build an earth battery in series and create as many volts as desired. However, the amperage in an EB is very low. This is what has hindered the usefulness of the amazing earth battery. Here is how to build an earth battery. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-aCCK132OIGA.html Adding amperage is quite simple and key to making real power. Power = Amps * Volts. We have to increase the current in amps to produce any real power. A simple law of physics shows that wiring in parallel will add the amps of the power sources. We need to introduce a source of high amps. A solar panel wired in parallel to the EB will give the circuit much needed amps. I built this and tested it several times. It works. This hybrid system can produce limitless green energy. The secret will be to have a special solar panel built. One that wires all the photovoltaic cells in parallel to maximize the amperage. One 4-inch square photovoltaic cell produces 3 amps. This super amp solar panel will make the system a powerhouse.

What were your ideas?

@Varen Grey , Did you make a video on this topic ? and any solutions ?

Yes I would like to see some specs on each of them!

+Ricky Supriyadi Wow, even the thought of that...

+Ricky Supriyadi great thought

@Garcia LOL, but this vid is not boring.

Pizioelectric effect though, more pressure = better performance. I think he should wrap them in concrete inside a steel square bar to hold it all together 🤔

Nothing. It'd just take a LOAD of them, as you'd want to tap into the power supply circuit and feed the mains input with 120VDC into the 120V capacitor. Modern power supplies convert the AC to DC before stepping down the voltage because they're essentially digital transformer driver circuits. This works to your advantage as it dosen't take muc current that way and you can use less cells. Even the TV could be modded to put 120VDC into it's power supply, by simply soldering wires to the 120V capacitor. There'd be a considerable initial investment. Judging by the fact these produce half a volt to a few volts of power.. it'd take anywhere from 80 to 240 cells at least 6" long and 1.5" wide. After that.... well... years and years of power. You'd need to find a source of cheap scrap metals. It probably wouldn't specifically have to be magnesium and copper, there are many combinations with a similar voltage output. Rusty iron gas and water pipes would work well once you figure out what the second metal could be. For iron, zinc would be a good choice.

+theLuigiFan0007 you could just hook it up to an automotive 12vdc inverter to output 120v ac and plug into that and just save the headache of modifying the mains, the tv or any other device you want to power...

Quantum Uncertainty Workshop The problem with crystal cells is, they don't have much current output. A few hundred milliamps or so if you keep the humidity right. You'd still need the same amount of cells if you wired them in parallel to run an inverter. What you suggested is definitely a simpler route. You'd have to wire a lot of cells in series parallel arrays (18-24 per series string, then 10-15 of those in parallel). It'd take just as many cells, but it could power any appliance with the disadvantage of a slight drop in efficiency. Not too bad a trade off. Personally I would mod the electronics and and add a 120VDC in jack. Nearly any appliance would work, as long as it's not a purely inductive load (transformer, AC motor, etc). Toasters, phone chargers, CFLs would all work. Even blenders would work off the DC because they use universal motors and power the electronics off a SMPS. In most cases a outlet attacked to the batteries would work. Polarity might matter. For quick experimentation, I agree that an inverter would be the best choice.

Like some king of ultrasound added to it for reconditioning?

+BANG! Mass production free energy machinery that actually is a good deal?

that is a hurricane