How to make solar cell very easy , Free energy with solar energy
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How to make solar cell very easy , Free energy with solar energy
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These video be like " very easy, DIY home" after starting video " you need particle accelerator, a time machine, an aircraft engine" .
Wkwk lol, it's not that hard dude. Just go to your nearest construction shop, or for GOD'S SAKE order online :D
🤣
No it doesn’t tell that ones Joke
@@maulanalaser4748 "Wkwk"?
oll you need is some fucking wire and glue and a piece of transparent plastic , seems preety common
Who else is reading the comments to see if it will work😂😂😂
i bet wont work in real
@@dada10442 it might though
Eclipse Pro Gaming this thing he made is worthless
It worked for me. I charged my LEDs lights for bed.
Me
Thanks for showing us how you glued down each and every wire, because we really needed to see that. I had nothing better to do.
Mee too 😂
pjwarez me too!😂😂😂😂
Time to watch the advertisements!
Just skip it? 🤨
@@aNOMaly_.. lol
If you'll notice, he has the Multi-meter set on the millivolt setting which you can get readings from metal plates, chicken wire fences, a short length of wire about 10 feet long, your automobile, etc. (all metal must be ungrounded). You can actually get more voltage by connecting your positive lead of your multimeter through a rectifier diode from a suspended piece of metal such as a wire, and the negative lead to an earth ground such as a pipe. You are actually harvesting RF, ground waves, and other electromagnetic energy waves, and then rectifying the energy into direct current electricity via the diode. Try it---you'll like it!
Tesla baby!
For the newly initiated - how do the results of this compare to a "real" commercial solar cell?
@@adamjohnson4975 It will work. The longer the wire, the better. Don't expect to run a toaster oven from it or even low wattage light bulb. I've heard depending on RF intensity around the wire that it will light an L.E.D. , and you don't need a rectifier diode because the L.E.D. itself will rectify the raw signal, and light up. Crystal radios of yesteryear used no batteries depended on this power to power the headphones.
This is what Nikola Tesla was working on, one of the many things. He suggested that we should be able to send sufficient energy for a variety of tasks through the air.
Sooo.... Does it work...?
Not a solar cell but a thermocouple, will generate a very low voltage when heated. Voltage is proportional to temperature. Will not run anything as both voltage and current are very small, but yes it will work. Most unlike metals will generate a voltage across the metal juction when heated.
I appreciate him for his glue work because it's very complicated
*KZheadr* : "made a (none working) solar cell The point I've got: How the hell they glue with super glue without stick their fingers?
HAHAHAHAHAH
It did, but answer is dont touch it.
it is a cheap version of superglue...you can buy it everywhere in asian ...even the glue is fake!
@@Aisi555 makes sense 😂
Good idea bro......it worked for me I generating 10,000 volts per hour , my city is running on this homemade solar pannel 😂😂😂
You have set multimeter to milli volt
That is exactly what one would expect with this.
minha nossa agora que eu vi hahahahahahahha vai precisar de um caminhão disso pra gerar 1v
Already it is on at "2000" mV, but if he convert to "200" mV measuring will be more sense. Thanks...
Small wires connection +ve or -ve
@rooxy dunggu 90
The voltage should be measured under load because the multimeter only displays some capacitive voltage.
also its set to millivolts
millivolts ? its hard to tell from the shitty meter without a clear indicator. it could also be reading miliamps . which is tested in series , not tested for poitential or pressure.
Thanx bro, I actually did get something useful from this.
Thx bro I can now supply my entire city with organic free energy. Very many thanks
Basic thermoelectric or Seebeck device. Black plastic heats up the wires which transfer electrons to each other creating a circuit. Current flows. It needs to be on a cooled surface; the table would have worked. Add shaded cooling fins for more effect. Add a Fresnel lens several centimetres sun ward to get more light and heat per square cm. Eliminate reflective shiny glue patches with a finer coating of solvent diluted superglue and a vacuum packing unit. This is a good school teaching tool. There is a large seebeck device in the 1980's Mother Earth news magazine energy edition. Several square meters, several watts.
I'm not going to lie... It's pretty hard to watch this knowing how fkd his fingers are going to be from the super glue.
Nathan Moss by far the best comment
Haha rollin
Dont curse please
SO TRUE.. *Respect
Al2O3 is semiconductor too. Maybe it will work better instead of copper or nickel? Just make it. But you need to glue the wire only at the extreme points, avoid crossing the wires. Achieve tight contact of the wires of one metal with the plate of another metal through the aluminum oxide.
شكراً على هذا الاختراع الجميل 👋👍🇩🇿
Although this isn't an actual solar cell, I commend you for posting a video and making the effort. Keep at it and you will succeed.
Also its a just big photoresistor
@@lukasaoo88 it might be a stupid question but i'm in 6th grade so whats a photoresistor?
@@mexicanterminator576 To know that you'd need to know what a resistor is. A resistor is a passive two terminal electrical component that limits the flow of electric current. Put very crudely it is a thing that resists the flow of electric current by sort of slowing down the flow electrons. The most basic I can get before hitting a major regress is electric current is measured in amperes and there's another thing called potential difference which is measured in volts(just take them as it is, given the fact that I would first have to explain the concept of an atom to get any further) and resistor makes it such that it would take more voltage to get the same ampere compared to what you'd get without a resistor. Now a resistor that decreases resistance with increasing luminosity (brightness of light) on its sensors is a photoresistor. Hope it helps.
You have the meter set to mV (thousandths of a volt). You can measure this voltage on any dipole antenna and even more if there is a transmitter nearby. There can be no question of free energy.
Ah, that's what I was trying to figure out- it would be very impressive if it were volts, but that seemed unlikely.
@@-ism8153 In the old days, I could actually use the power of a nearby 30 kW TV transmitter in my weekend cottage without electricity to turn on a filament light bulb - it was enough to stretch the wire between the trees and ground the other wire. After a while, however, measuring cars drove around and probably looked for a loss of radiated power. Subsequently, they extended the radio shadow around the transmitter, or adjusted the radiation pattern, so that the supply of "free energy" ended very quickly. :) Since then, it was only on the crystal, so I measured only about 10mV. :)
Great vid..I plan doing this on a larger scale..me and my fam dont have much money but I'm gonna invest it all to build these solar panels on a larger scale..May you be blessed for your kind heart in helping people out that need it..I could finally live off the grid..ty
Are u sure this thing work? Do some reserch before u spend all money
Let me know if this work!
Just buy PV 😹
It's fake dude. You can put a multimeter on any metal surface and a ground, and it will show some voltage from RF floating around. But it won't power anything.
bro i have many other ideas which i can tell you for earning
Thanks for sharing this! You did this fast, and it is not for sure all wires are well connected to the strip; it is not soldered or well clamped and there could be glue in between. So chances are you could get a higher voltage if taking a little more time. Questions: Is there a minimum distance between the wires? Or can I put in any amount as long as the + and - remains isolated? Reading below there is talked about photon electric effect... could a half mirror foil that allows light in but not out help improve performance?
Glue is isolation, no way eletric going there
@@karlojoki6314 one could take the wires, coat them in something and then twist them like rope to get very compact and seperate wires, then solder the correct ends to + and -
@@WeebRemover4500 but he did not do that, watch what he did in video
@@karlojoki6314 oh my bad, what he did was the only way this can be done ever take your meds
I needed a break, thanx for making me laugh... Looking forward for more jokes...
For the silicon material you need a layer doped with phosphorus and a layer doped with boron, and they shall meet together to make a junction between them. Phosphorus doped silicon goes on top of the boron doped silicon. The metal grid goes on top of the phosphorus doped silicon while the metal sheet goes to the bottom of the boron doped silicon. The grid needs to have glass on top of it.
By doping you mean crushed quartz or pure silica ? I seiouly want to build them from start to finish . Do you think its viable or would it cost just as much as pre made ones you can buy on line . To me this video doesnt look like it would even produce electricity
@@noclu4u384 Dope, as in: to ad an impurity to (a semiconductor) to produce a desired electrical characteristic.
Muito trabalho e só pegar um material e coloca los no
@@noclu4u384 you need to put silicon wafer at heating chamber around 700-800 Celsius with phosphorus Molecule (like pocl3) with oxygen to diffuse phosphorus on the texured silicon wafer
That's dope
Thanks for this now i can use this to supply electricity in my whole colony With this ultra powerfull solar panel.you saved my 1.5 lakh rupees
Aukat kya hai tera? Kuch sikhle ... Fir bana. Please check the behaviour of nichrome.
You try this idea. It's really work
Mondal tu apni aukat bata
Are you kidding?
It's not a solar cells
I feel a sudden creative inspiration to make and post a thoroughly detailed how-to video to show viewers how to make an 11 minute video a 2 minute video by using the skip feature.
No 2×speed
i have a sneaking suspicion you own stock in super glue lol
It's fake video
Imagine you spent a lot of time and trying to unstick your fingers only to find out after you've connected the multimeter probes that it doesn't work.
ReTitle this to: "How to make a Very Large PHOTORESISTOR"
Ah Yes!
Yes...🤣
Thank! After watching your video, I realize that plastic is semiconductor 😂😂😂😂😂😂😂😂😂😂
the level of dedication is priceless 😂 Nobel Prize awaits for sure✌️🤣
You measure in millivolt on your multimeter
Awesome job thank you
For a panel that size it’s actually cheaper and quicker to just buy it outright. It was interesting watching though so thank you.
I cant bolive this channel have 1 mil subscibers...
Quick question, no heat or electricity will travel through the super glue?.
did you know superglue is non conductive? either way that solar panel produces 0.035 volts
Congratulations for your video. And what wire tipes are used in your project gold and silver u other? Can you answer me please.
Excelente 👌 Muy Buen Invento 👍 👏👏👏
As soon as I saw nichrome wire, I was like, "Waaaait a second...." hahaha!
You must provide productive and practical ideas. You should also remember that the voltmeter was on a millvolt, not volt.
Absolutely amazing!! Mike in Oregon
Marvelous 👍👍👏👏
Unbelievable, music 😆
milliamps? did you solder the connections?
would that make it better? Im a total newb at this stuff. Like it would get a better connection?
Thank you intresting similar befor
It was very nice to watch the video. One question was which side should I put the black plastic? Piz sir reply me🙏❤️
it seems like that and or a big peltier thermal heat cell
good idea if it becomes to more one metr. How many volts give it and how many ampere?, thanks
so, unused dvd or dvx compact discs will do the job, perfectly.
It work i use 3 of these to power my 20MW cryptofarm at home. The best thing they dont even need sunlight. This is a hidden treasure!!!!!!
Lmao
How does this work? Photon, through the photoelectric effect causes electrons to be kicked off the surfaces of metals at different rates depending on the type of metal. Google photo electric work function. Many electrons make there way directly back to the same wire but some make it to the other wire more freqently than the other way around, and can only make it back if you provide a circuit path where it can give up its energy doing work for you. A few tens of millivolts is exactly what one could expect from a single cell like this. Silicon solar cells use semiconductor NP junction that only allow current to flow in one direction. That means of those electrons that get kicked off one side, more end up returning through a circuit and ultimately doing more work. Silicon may be better but it's not easy to make on your own.
Keith Reynolds waw...! you r amazing teacher..! many years ago I was waiting for someone explain that ...thank u :)
In fact it a thermocouple. Two types of metals! voltage between them at heating! nice device anyway!
in a thermocouple, the two different kinds of wire would be in direct contact with each other, not separated by insulating plastic/glue. That said, the device shown here is woefully inefficient.
That might be true if the metals were laminated together. They are seperated by milimeters of space superglued to plastic or polymer surface. A transparent surface on one side, and a black plastic polymer on opposite side. Unless those polymers have some kind of electrical properties that allows the Seebeck effect to work without the two dissimilar metals actually touching each other, I just don't see the device working as a thermocouple.
Good job 👏👏👍👍
Congrats , u have invented the thermo electric cell.
No he has not unless black plastic has the correct electrical properties. The two dissimilar metals he used need to be in contact to work as thermoelctric generator or what is called the Seebeck effect. He knowingly or not has created an antenna array, and is measuring the electrical potential in the milivolt range on his Multimeter.
I can't believe people don't recognize a battery when they see one. 2 dissimilar metals side-by-side with a strangely high amount to superglue in between them to act as a solid-state electrolyte. When sun hits the superglue it becomes more volatile and starts dissolving the copper thus finishing the battery circuit and making electricity. Don't forget superglue is a cyanate or a cyanide derivative and it dissolves metal which creates electricity especially when warmed up . A copper zinc battery has a very short service life. This is not a photo resistor since it's not resisting in the sun but making power. This is a solid-state battery with a very short life actually, dead in 30 days or less.
This is glorious, been searching for "how to generate electric" for a while now, and I think this has helped. Have you heard people talk about - Diyadison Penhloe Blaster - (should be on google have a look ) ? It is an awesome one off product for generating your own electricity minus the headache. Ive heard some amazing things about it and my m8 got amazing success with it.
Eh Cu/Сг++ = +0.4V when Eh Cr/Cr+++ = -0.74V.
Cured adhesive glue is not an electrolyte)))
Interesting idea---the solid electrolyte. I agree it can't be a photo resistor unless somehow the black plastic polymer has some kind of photoelectric effect, or electrical properties. I would bet the black polymer is electrically neutral for the most part. I agree with the guy who states the circuit is acting as an antenna, and that the Multimeter is set on the milivolt range. There is so much RF radio frequency in our world be generated for all sorts of purposes including broadcasting that it makes sense that you will find milivolt readings from metal. You can actually light an LED from a long wire antenna by connecting the anode of an LED to a fairly long wire electrically isolated suspended in the air, and the cathod of the LED to a good ground such as metal water pipe. The LED acts to rectify the RF hitting the antenna, and at the same creating light from the LED. You couild probably even possibly tune the circuit using a coil, and capacitor to maximize the conversion of RF energy from a particular frequency. I haven't tried this, but it seems that it might work. This is how a radio reciever works for the most part. Some of the first radio receivers used crystal rectifiers made of Lead Sulfate called Galena. I made them when I was a kid with Lead I collected from the streets that came from tire balancing, and sulfur used to kill fungus I found in the orchards where I grew up. Galena was probably one if not the first recognized semiconductors----you had to find the semiconducting spot on the crystal with what they called a cat whisker.
@@user-jw1dc9uo6v solid-state electrolytes are real. Right now Tesla has over 100 working solid-state test battery's in their lab.
You canact in DCV and check the voltage
No electricity doesn't travel through plastic or any of this it only travels in metalic stuff
Awesome project sir
Anyway small volt is produced..Good idea. Not bad.
I think you can see how to make it on Avasva . This is just an advice ;)
I love the music!
I like it, it is good for leaning
Awesome thermoelectric battery. It's a great homecraft.🔋⚡🦄🦉👏👍😸
Must ware a hand protections or gloves 😉😉😉
With zener diodes or LEDs is more efficient ...
Yaa but use less power😕
Yup, but it's not as easy to make your own led.
@@kreynolds1123 The most amazing thing about LED's is that there is a spot between the P, and the N type semiconductor materials that actually gets as hot as the surface of the Sun. I read this somewhere, and was fascinated by the idea of an area that is measured in nanometers between the sandwich of the materials used in an LED could for a continuous instant reach those temperatures like 10,000 degrees. The area is no small that any heat is almost instantaneously dissipated, and of course the majority of the electrical energy (80 %) is converted to light energy in typical LED.
@@dentonfender6492 I think your refering to the color temperature being the same color temperature of sunlight. The photons are emitted as electrons fill electron holes at the pn junction. Electrons in a semiconductor have a higher energy level than electron holes so must emit photons in order to jump and fill an electron hole. Now the temperature of the atoms at the junction are nowhere near the temperature of the sun. But the electon weight is so much less than an atom that when the energy is released when it jumps into to a hole relasing a photon allowes the photon to be of simular energy as photons emited from the surface of the sun. Maybe one might be tempted to say electron temperature vs the temperature of atoms, because electeon temperature in a plasma where electrons can be treated seperat from atoms, can be very much hotter than positive charged atoms, but I'm not sure if that has any meaning in a solid. Incadencent bulbs emit only 5% of their energy into visible light while the remaining 95% is converted to infrared light and heat in the wires. And though LEDs are many times more efficent, LEDs still turn, 65-75% of the energy into heat.
It'd be nice if you explained what you were doing as you made this video.
Or better yet that and showing it actually charge something...
Well it's 20/20 and I don't mind watching it because it's better than ads on the TV
That is great. In viet nam; i hope your country will open a factory to product solar power in your and my country So great
Ồ
if it's sunshine.... (no shadow)
Are you testing for current or voltage?
Hai mr,i want request fish eletrik .please.thank,s.
milivolt :v
lmao yup
It ends up that making it on your own is more expensive than buying a finished and a better one.
What's the spect, measurements of the wires and far apart do they need to be
El probador está en la escala de 2v. Por lo tanto solo tenemos ligeramente ,4v. Cuatro décimas de Volt.
now put led tongues on it or due the same to nands for test.
Plastic is an insulator far I know
yeah its used as a separator and a base... ok so tell me this what would happen if u took the positive and negative and short them??????
@@2CanTwo it is fake
Yes he should use conductive glass
@@saiprakashm6859 ok.but IT IS FAKE
@@big_o1952 yes I know but little recommendation
I found a useful compilation of videos that may help you at Ewans energy roadmap
Creative video, thanks for sharing :)
Mute your sound before you start the video. Keep it muted until the end of the video. You're welcome :)
I really liked the song at 8:00
I liked the one 11:20
Lmao!!!!!
No one cares
Apply crystal silicon paste on the plate, that may generate more voltage.
Dont worry about the haters. Noah had them too...♥️🙂 you just keep going. Awesome video! Thank you.
Until I try and post about it, it should be titled "how to fool people who are expecting so much from KZhead"!
corect
if you put it on 2.0x speed it almost looks like normal speed.
But the music makes me want to put a .45 between my eyes.
Awesome 👍 😊
Hy This little words to say you that your channel with all this experiences is one of the more interesting i'v found, thanks a lot for your work Just too much adds :-)
Lets Run 700w motor with this panel
Lol
😂😂
I used this proyect for energize a robot arm to enable Adblock for this video
gabsr fake
not a bad idea.. I mean making this video.. almost a million and a half views.. from what I could find you would get almost 8 grand from youtube. Kudos dude
It is a bad idea, totally fake, but yes they make lots of money with making fake videos.
You can find on You tube a method of making a solar cell using Copper Oxide by heating on hot plate a sheet of Copper until oxide is built up on plate. Then connecting a wire to the copper plate on the back, and then dipping the plate into a vessel of water where the water acts as the connection to the copper oxide that was produced on the surface of the copper plate. A wire acting as an electrode would be set into the water as a connection to the copper oxide. Put the whole apparatus in the Sun, and power will be generated from this home made cell. I would think that if you could coat the Copper oxide layer with the transparent Tin oxide along with the metal collectors that the cell would be even more efficient, and not deterioate in short time by being immersed in water.
Every time one of these fake information, 'free energy', click-bait videos gets posted, a Google shareholder should be drawn and quartered.
well it is technically free energy but only 0.035 volts
So...put 30-40 of these together and you have 1 volt. The hell are you going to power with that?
His ass
It would need 300 of those for 1 V if it was really producing electricity.
PLEASE SUBTITLES (CC) OF WHAT YOU DOING & MATERIALS? SO SOME PEOPLE CAN CREAT ONE.
What did you put under those wires and what glue did you use ,can we use any glue but thick glue
This guy is an Indian or Bengali. Because, I saw bangla writing on the. 2mm wire's 😊😊😊
He is not a bangali becauz his multimeter is not a typical yellow coloured one, we have only one type of multimeter which is yellow in color so i think he is from viet of china
Skin color is not an indian
He is Cambodian
The ground is orange, I guess he's come from nowhere
@@romainleblet8746 , Nope
My question is where do you get these materials
@Guybrush Threepwood at the florist shop 😂
Dear sir Thank you very much I want to understand coil okay cords what is this please learn me
creative video. More interaction
45 mV OMG !!!
0.04 volt Make it 100 pieces and we just have 4 volt.. 👏
@@mikhaeljamis its 0.45 v not 0.04v If u have 100 u get 45v :)
@@hxcker_1019 😂🤣 are u sure..?? Try again
Please, Cuprum and ALUMINIUM wire?
Thank you
sir ji aapane kaun sa glue lagaya hai