@@_Feelings_ wattage means power. Current times voltage means watt. If you want more power you should decrease the internal resistance of this battery.
Thanks.. now I have basic idea how battery works.. it's fascinating how positive and negative was assigned to different material.. (zinc for negative/copper positive )
I'm surprised that "american tech" could hold back the urge to write "50,000 mAh" on it like some of his other "projects". If you use a sharpie, it must be true...
@@malemrejekinta4056 Because with the construction method and type of battery, the charge would only last around 20 seconds and will produce less than a volt at less than 20ma of current. It isn't rechargeable and is quite expensive to make for what you get. It would be more efficient to just stick the metal pieces into a lemon and call it a day...
@@Handles_AreStupid *20 seconds will give less than 1 Volt at 20mA of current!!! Put metal in lemon, what do you mean metal powder?* 1. *_How do you get to 50000 Mah? Can you use 0.2mm (+) copper sheet, 0.2mm (-) tin sheet with a circuit thickness as thick as a Samsung android battery in general ?_* 2. *_If question 1 doesn't work !!! can it be a 0.2mm (+) copper sheet, 0.2mm (-) tin sheet with a thick circuit like a Samsung android battery in general ?_*
Is it possible if i put all of it in a container of salt water to prevent it from drying out and series the battery 2 times? I just need it for testing LEDS
You should have just punched a couple of holes in the center of one of the sheet and glue attach a small plastic container filled with salt water that has a lid but has a hole underneath so the saltwater can flow through the tissue. Don't forget to glue seal the sides of the sheet so water does not drip out to maintain it not from drying up
Interesting, but that is not a battery, it is a cell, you have to have 2 or more cells joined together before it becomes a battery (a battery of cells). Common usage, or misuse of the language finds that people will say an AA or AAA battery, but again they are not batteries, just cells.
These galvanic cells, or the metal air, or metal carbon tend to do between .6 and 1.4 volts and microamps per cell, from many TH-cam videos, I have binged watched. It is greatly dependent on surface area and whether they use salt or heavier acids and or alkalines. Like sulfic acid.
Sulfuric acid and H2O is best for copper zinc because the copper becomes cupricoxide as hydrogen transfers to the anode zinc sulfite is formed. Which could be rechargeable, reverse current would free up oxygen from coperic oxide rel back solid copper and zinc would release hydrogen ion back to electrolytic solution. The problem might be dendrites with the zinc sulfite or sulfate being a harder bond to break. Eventually leaning to internal short and galvanic corrosion. This is why batteries of the future will have solid electrolytes preventing this type of chemical failure. John B Goodenough claims to have invented a better battery than lithium ion ( his previous invention) and it's holding up to test results but also being kept hush at the moment for some reason. I'm sure it will make a presentation again soon.
@@versag3776 Thanks for your input sulfuric acid mixed with H2O to form the electrolyte in the same cell or these are two separate examples of electrolytes?
@@athrunzala5337 In electrolysis of dilute sulphuric acid and Water would oxidise at anode and liberate oxygen gas. The reaction is as follows: At anode: H2O→O2+4e−+2H+. Not much sulfuric acid is needed, I believe the pH would only need to be 4. The goal is not to create electrolysis but move ions in a controlled reaction between two metals. The cathodic metal is the more noble of the two metals typically and is positive. The anode is negative. In a way left hand rule theory states the battery is anodizing the cathode with positive ions while negative ions flow in the opposite direction through the load (closed circuit, ie: light bulb, LED, amplifier etc) right hand rule follows the positive vacancies as one electron is pushed atom to atom. This is useful if you want to learn about electromagnetism, inductance resonance, impedance, capacitive induction, and how coils of wire create magnetic fields perpendicular to current flow it's called right hand rule because if your thumb follows direction of current flow the magnetic field curls around like your fingers. These equations were found by Maxwell and Faraday... that I would say Nicola Tesla nearly perfected later. I'll check out that pH number for copper-zinc batteries.
th-cam.com/video/Id3tL2iI0Vw/w-d-xo.html Here is a link to a TH-camr who explains the copper zinc sulfuric acid and addition of coperic sulfate CuSO4 adds more oxygen to solution for better amperage. He calls it a "gravity battery". You can increase surface area to the zinc by adding holes to the metal with a push pin or adding more strips connected together. If you do the molecular mass equations you could figure out how much electrolyte to add and how many plates you could add to optimize performance.
No need for copper plate, thin steel will work just as well. Surround it with a mix of charcoal lye graphite and rust or manganese dioxide. Wrap with paper towel and sandwitch with two plates of zinc aluminum or magnesium. Seal in a plastic bag. You get 1.2 to 1.6V for zinc, 1.4 to 1.7v for aluminum, and 1.5 to 1.8V for magnesium. Magnesium is use it or lose it, and should be put to use immediately after assembly.
for thiss low power input the heat wont be much but if you stack like 10 or 20 of them for better practicale applications you can prevent the overheating py stackinh metal straw or tue between them like so that the change of temperature the air inside the straw and the outside would create a air current that would result in the cooling of the batteries.
6:05 Copper (Cu) is positive and Zinc (Zn) is negative, cause the reading on the multimeter is 0,01, but if copper was - the reading on the multimeter was - 0,01.
Electrons goes from anode to cathode using circuit path. But current is opposite way. Copper is cathode and zinc is anode. So current flows from copper to zinc. Zinc is more active than copper.
@@SanketGuptaMusic Toda América sería un solo país es México en un futuro próximo el idioma oficial sería en español México va ser el primer mundo México será potencia mundial vivA México querido México th-cam.com/video/7uJhjQvJDh4/w-d-xo.html th-cam.com/video/MpkcvBZTa3M/w-d-xo.html Con amor se paga todo ❤️ con amor al pueblo Unido ❤️🇲🇽❤️ Con democracia Con capitalismo La grandeza de México Atentamente libertad 🇲🇽🌎💯🌍🇲🇽
Battery is best with metal of minimal nobility and maximal nobility. Zinc is used on boats as sacrificial anode thus is least noble. Voltage depends on materials and electrolyte used :)
@@qwertyqwertyqwerty4324 the liquid mixture was added, a solvent of salt & water, and salt is conductor of electricity, so this will help charging and discharging, other wise the two plates become electrically shorted and end-up with no results
@@mvnar Folosesc de mult timp pentru iluminat cu 12 V....functioneaza 100 % .Eu folosesc 14 Buc. (Cu si Zn cu dimensiuni mai mici care genereza aproximativ 1V......=minim 12V) Trebuie o investitie pentru a functiona un motor . Deocamdata nu-mi permit insa a gandi ca este vorba de energie din nimic ....este fals ....pentru ca de fapt ...totul este energie....''Pila Carpen '' ( este pe acelasi principiu doar ca foloseste materiale cu diferenta mai mare de potential decat cel de Cu si Zn ) .....pentru cei interesati functioneaza de zeci de ani (aproape 100 ! ) (vsv)
Scrie și tu în engleză ! Mulți din cei ce citesc nu știu limba română. Ingenioasă ideia lui, dar nu știu ce capacitate poate stoca acea baterie. Probabil 100-200 mA.
Good day sir. I lost my left arm due to an accident. Caan you make sonething so i could play games on a smart phone using only my right hand pls. Thanks sir.
The amperage depends on the cell voltage and resistance of the load, as well as the equivilant series resistance of the cell. Example: The cell provides 1.2V, and we have a 10R load. Let's assume the ESR of the cell is 50R, since it's a simple homemade one. First, we'll add the resistances: 10 + 50 = 60R. Now we can use ohms law to calculate the current (I=V/R) 1.2/60 = 0.02. So we have 0.02A (20mA) of current flow.
Use vinegar or lemon salt, lemon juice, any kind of acid solutionand you will have beter results. If you put three in series you can light a LED. If you use saly you can use it one minute
@ A-S 146 I thought the same, but our life change teacher has no knowledge of primary chemical batteries. Not at all he knows the difference between chloride and salmiak, which is used for simple pocketlight batteries. 😂😂😂
@@OdisseuBR please look at this, my TH-cam channel. Whenever I solder I use what's called a flux. With this flux, it's much easier to solder anything. And I'm talking not only about regular soldering but as well micro-soldering under the microscope. Hope that makes more sense ;) now.
Молодець із такими лампочками потрібно проводити експерименти відразу і видно силу току а діодна показує на малій силі току не так як спіральна і за відео ролик я ставлю лайк🇺🇦👍
Use washing soda about 50-75% saturation solution. instead of salt. MUCH better than salt and FULLY RECHARGEABLE hundreds of times without wearing out! Salt does not last long enough. and is not rechargeable.
Salt (liquid stage) can conduct electric not dielectric and use salt to make battery is WRONG. Battery use acid H2SO4 and 2 different electrode to do give and receive electron (chemistry)
need a project? battery powered nightdesk clock with oled display and arduino switched on for some seconds by pwm controlled antenna sensoring capacity.
You know I dont even try this typea chit . Every time an Indian post a video on anything , free internet, wifi . Free phone service this and that and like this and like that . I've yet to Make one work . Cant understand a dam word but common sence guides me the rest of the way . Tore up a bunch of perfectly good things to get parts for the hack just to end up breaking them for parts to work on somthing these guys make look easy and a must need just to fail twice. And what took him 30 min. To make on the video turned into an all day deal here . 61/2 hours later knuckles bleedin, bloodpressure threw the roof , kids screaming they hungry , wife screaming go to store for bread , dypers . I have to say I believe I'm done with all these types of videos... officially band from my cellphone ! Well , good Luck to all that they work for ... oh and also , if yall could slow down on the talkin and try a little harder on the English Vocabulary that would be a huge help . Or slow way down and let us commentary it . They wont translate it . And when the do . The guys talking so fast with hella broken English the commentary says somthing totally different. The AI iS EVEN CONFUSED ... 🤯 I'm Out . I didnt even start this video to see who's talking . I just had the urge to pause it when it started and get that off that chest . Lol ✌🏼
Hello very nice videos your are making Is there a possibility to make a video for making a really battery for use in photovoltaic (of grid situations) With a very big capacity? The dimensions and the weight it is not at all critical or problem there's on lot of space Thank you very much for your time
Batteries don't really do very big capacities. An average house uses 55 kwh in a day. The biggest commercial batteries can store a little bit less than 15kw. You'd need 4 of those just to cover a day, let's say you really want a BIG capacity, a month's worth of electricity. That's 120 batteries Stacking them 3 ontop of eachother, would reach from floor to ceiling and cover at least 2 walls in a normal sized livingroom. So, space is not the issue. Cost is: A setup like that would run you $1.2 million. Sure, you can do it cheaper by making batteries yourself, but keep in mind that with commercial grade batteries still have issues in the kind of power you get out of the battery. It's not recommended to use solarpower batteries to charge electric cars for example because the poweroutput is too low, so you should charge your car directly from the solar panel, for example. That issue would be even worse if you made them yourself, requiring more space and yielding worse output. You'd probably be looking at filling your entire livingroom with batteries at that point, at least a cost of 45k and then doing all the labour yourself. Mind you this is just the first step in making a battery, you'd need to layer this many, many times over and encase it in something that is absolutely airtight, in a clean room enviroment. And for what? Storing $300-$400 of electricity? You'd need to use that battery power consistantly for about 10 years before you even make the money back that it cost you to build the damn thing. And since you're not going to be using it non stop we're looking at a best case scenario looking at 30-40 years or so, and mind you - these batteries won't last that long. So you'd actually be losing money on doing this.
@@danielbengtsson9833 house uses 55kW a day? Would be a 5 Storey house with 15 households. A bit unrealistic mate, concerning this guy is alone, or with say 3 family members.
don't know when people will stop using this music for these DIY videos. so tired of it.
Then stop watching Clickbait videos
It's just a refined version of a lemon battery, the more conductive the electrolyte the more electricity you get as output
What defines voltage of battery
@@_Feelings_ electodes in this case cupper and zinc
@@MICLO25 and what defines wattage of battery
@@_Feelings_ wattage means power. Current times voltage means watt. If you want more power you should decrease the internal resistance of this battery.
@@menekse4359 what defines voltage of battery
Thanks.. now I have basic idea how battery works.. it's fascinating how positive and negative was assigned to different material.. (zinc for negative/copper positive )
How a cell works
I'm surprised that "american tech" could hold back the urge to write "50,000 mAh" on it like some of his other "projects". If you use a sharpie, it must be true...
*Why ?*
@@malemrejekinta4056 Because with the construction method and type of battery, the charge would only last around 20 seconds and will produce less than a volt at less than 20ma of current. It isn't rechargeable and is quite expensive to make for what you get. It would be more efficient to just stick the metal pieces into a lemon and call it a day...
@@Handles_AreStupid *20 seconds will give less than 1 Volt at 20mA of current!!! Put metal in lemon, what do you mean metal powder?*
1. *_How do you get to 50000 Mah? Can you use 0.2mm (+) copper sheet, 0.2mm (-) tin sheet with a circuit thickness as thick as a Samsung android battery in general ?_*
2. *_If question 1 doesn't work !!! can it be a 0.2mm (+) copper sheet, 0.2mm (-) tin sheet with a thick circuit like a Samsung android battery in general ?_*
Is it possible if i put all of it in a container of salt water to prevent it from drying out and series the battery 2 times? I just need it for testing LEDS
@@Sleepingbackwards Unfortunately, no.
أنا مشترك جديد من العراق واحب اعمالك الرائعة
You should have just punched a couple of holes in the center of one of the sheet and glue attach a small plastic container filled with salt water that has a lid but has a hole underneath so the saltwater can flow through the tissue. Don't forget to glue seal the sides of the sheet so water does not drip out to maintain it not from drying up
Interesting, but that is not a battery, it is a cell, you have to have 2 or more cells joined together before it becomes a battery (a battery of cells). Common usage, or misuse of the language finds that people will say an AA or AAA battery, but again they are not batteries, just cells.
Then why are aaa, aa, c, d are all considered batteries when they are all single cells!
They are counted as such, and there are devices that only have one of these batteries in them, like a wall clock for 1 example!
And if someone reads the information on a wall clock package it says 1 aa battery! Not 1 aa cell !
مجهود رائع ..شكرا اخي ...بس لي ملاحظة ممكن بعد اذنك ....لماذا لم تقم بتشبيع الفلين بالمحلول من قبل .؟؟؟!!!!
Friend. watch my video!
th-cam.com/video/RTW3o9kGtS4/w-d-xo.html
you should do statistics: "how much it will last". is it rechargeable?
These galvanic cells, or the metal air, or metal carbon tend to do between .6 and 1.4 volts and microamps per cell, from many TH-cam videos, I have binged watched. It is greatly dependent on surface area and whether they use salt or heavier acids and or alkalines. Like sulfic acid.
Sulfuric acid and H2O is best for copper zinc because the copper becomes cupricoxide as hydrogen transfers to the anode zinc sulfite is formed. Which could be rechargeable, reverse current would free up oxygen from coperic oxide rel back solid copper and zinc would release hydrogen ion back to electrolytic solution. The problem might be dendrites with the zinc sulfite or sulfate being a harder bond to break. Eventually leaning to internal short and galvanic corrosion. This is why batteries of the future will have solid electrolytes preventing this type of chemical failure. John B Goodenough claims to have invented a better battery than lithium ion ( his previous invention) and it's holding up to test results but also being kept hush at the moment for some reason. I'm sure it will make a presentation again soon.
@@versag3776 Thanks for your input sulfuric acid mixed with H2O to form the electrolyte in the same cell or these are two separate examples of electrolytes?
@@athrunzala5337 In electrolysis of dilute sulphuric acid and Water would oxidise at anode and liberate oxygen gas. The reaction is as follows: At anode: H2O→O2+4e−+2H+. Not much sulfuric acid is needed, I believe the pH would only need to be 4. The goal is not to create electrolysis but move ions in a controlled reaction between two metals. The cathodic metal is the more noble of the two metals typically and is positive. The anode is negative. In a way left hand rule theory states the battery is anodizing the cathode with positive ions while negative ions flow in the opposite direction through the load (closed circuit, ie: light bulb, LED, amplifier etc) right hand rule follows the positive vacancies as one electron is pushed atom to atom. This is useful if you want to learn about electromagnetism, inductance resonance, impedance, capacitive induction, and how coils of wire create magnetic fields perpendicular to current flow it's called right hand rule because if your thumb follows direction of current flow the magnetic field curls around like your fingers. These equations were found by Maxwell and Faraday... that I would say Nicola Tesla nearly perfected later. I'll check out that pH number for copper-zinc batteries.
th-cam.com/video/Id3tL2iI0Vw/w-d-xo.html
Here is a link to a TH-camr who explains the copper zinc sulfuric acid and addition of coperic sulfate CuSO4 adds more oxygen to solution for better amperage. He calls it a "gravity battery". You can increase surface area to the zinc by adding holes to the metal with a push pin or adding more strips connected together. If you do the molecular mass equations you could figure out how much electrolyte to add and how many plates you could add to optimize performance.
Can we make battery from silver and copper
Simple and easy experiment,thanks.
No need for copper plate, thin steel will work just as well. Surround it with a mix of charcoal lye graphite and rust or manganese dioxide. Wrap with paper towel and sandwitch with two plates of zinc aluminum or magnesium. Seal in a plastic bag. You get 1.2 to 1.6V for zinc, 1.4 to 1.7v for aluminum, and 1.5 to 1.8V for magnesium. Magnesium is use it or lose it, and should be put to use immediately after assembly.
Can you also show the heat difference while charing etc
No, because this style of "battery" doesn't charge.
yes it does @@nunyabisnass1141
for thiss low power input the heat wont be much but if you stack like 10 or 20 of them for better practicale applications you can prevent the overheating py stackinh metal straw or tue between them like so that the change of temperature the air inside the straw and the outside would create a air current that would result in the cooling of the batteries.
Use vinegar or lemon salt, lemon juice, any kind of acid solutionand you will have beter results. If you put three in series you can light a LED
Sir how to buy thi copper and zink sheet 🤔 please tell me 🙏
Friend. watch my video!
th-cam.com/video/RTW3o9kGtS4/w-d-xo.html
super! i used to make small ones too but this is awesome!
I bought a battery from the store after seeing this.
a “copper” is “negative” side, and “zinc” is “positive” side
You are wrong cu positive and zn negative
6:05
Copper (Cu) is positive and Zinc (Zn) is negative, cause the reading on the multimeter is 0,01, but if copper was - the reading on the multimeter was - 0,01.
Electrons goes from anode to cathode using circuit path. But current is opposite way. Copper is cathode and zinc is anode. So current flows from copper to zinc. Zinc is more active than copper.
copper is positive
zinc is negative
im done doing salt water eenergy experiment and thats how it is
계측 장비가 화려하군. 오늘도 당신일을 응원한다.
if we want make for example 100ah of battery 12v we can? need do more large this plate or not tick?
You could build it (as long as you have an entire room for it)
Is it rechargeable?
So this is an acid battery. Which material is used in or which we can easily use in to make it a dry battery? Please explain if anyone knows
You are so accurate bro 😍😍
ooh that music nostalgia vibes :D
Thanks you can use capacitor.
Yes that's the point 😂
@@SanketGuptaMusic Toda América sería un solo país es México en un futuro próximo el idioma oficial sería en español México va ser el primer mundo México será potencia mundial vivA México querido México
th-cam.com/video/7uJhjQvJDh4/w-d-xo.html
th-cam.com/video/MpkcvBZTa3M/w-d-xo.html
Con amor se paga todo ❤️ con amor al pueblo Unido ❤️🇲🇽❤️
Con democracia
Con capitalismo
La grandeza de México
Atentamente libertad
🇲🇽🌎💯🌍🇲🇽
Amazing 👏👏👏
Hats off to you bro.
It's Good,
You Need To Open It
Somewhat Often
To Clean The Plates!
Bro , is it possible to make a battery using: pure lead sheet, sulfuric acid, copper sheet??
Is That white tissue?
Yes
I have clicked for changing your life ❤️
This is warm water...?
Battery is best with metal of minimal nobility and maximal nobility. Zinc is used on boats as sacrificial anode thus is least noble. Voltage depends on materials and electrolyte used :)
Just curious how long do you think it will last
Nice. Grafite paste for the shanwich?
Good job ❣️
Keep it going 🕊️
Is it rechargable
Can you please tell us what the material is between the sheet of copper and metal. What was the water salt solution added to?
It's just a sheet of paper towl or tissue paper
@@SpruceHouse why? How would you go about charging this thing? Or does it just produce nonstop energy?
@@qwertyqwertyqwerty4324 the liquid mixture was added, a solvent of salt & water, and salt is conductor of electricity, so this will help charging and discharging, other wise the two plates become electrically shorted and end-up with no results
Cum s-ar putea face sa functioneze mai mult timp ?
not possible.
it is basically a capacitor with salt water as dielectric.
nothing else.
@@mvnar Folosesc de mult timp pentru iluminat cu 12 V....functioneaza 100 % .Eu folosesc 14 Buc. (Cu si Zn cu dimensiuni mai mici care genereza aproximativ 1V......=minim 12V) Trebuie o investitie pentru a functiona un motor . Deocamdata nu-mi permit insa a gandi ca este vorba de energie din nimic ....este fals ....pentru ca de fapt ...totul este energie....''Pila Carpen '' ( este pe acelasi principiu doar ca foloseste materiale cu diferenta mai mare de potential decat cel de Cu si Zn ) .....pentru cei interesati functioneaza de zeci de ani (aproape 100 ! ) (vsv)
👍🏽 @@stefanvalentinvarga5782 dear
Scrie și tu în engleză ! Mulți din cei ce citesc nu știu limba română.
Ingenioasă ideia lui, dar nu știu ce capacitate poate stoca acea baterie. Probabil 100-200 mA.
Use vinegar or lemon salt, lemon juice, any kind of acid solutionand you will have beter results. If you put three in series you can light a LED
Copper or alloy
Waw fantastic job
Good day sir. I lost my left arm due to an accident. Caan you make sonething so i could play games on a smart phone using only my right hand pls. Thanks
sir.
Beautiful
Capacity? 0.01mAh or less?
Friend. watch my video!
th-cam.com/video/RTW3o9kGtS4/w-d-xo.html
Yes
How much is the ampere?
The amperage depends on the cell voltage and resistance of the load, as well as the equivilant series resistance of the cell.
Example:
The cell provides 1.2V, and we have a 10R load. Let's assume the ESR of the cell is 50R, since it's a simple homemade one.
First, we'll add the resistances: 10 + 50 = 60R.
Now we can use ohms law to calculate the current (I=V/R)
1.2/60 = 0.02.
So we have 0.02A (20mA) of current flow.
9:15 ☢WARNING HIGH LASER BEAM
lol
thanks very useful for the practice of making batteries
please tell me the name of the material used
How much amp hour is it?
جزاكم الله خيرا
This is like lithium battery??? How long use it one month or one year please answer me ???
Use vinegar or lemon salt, lemon juice, any kind of acid solutionand you will have beter results. If you put three in series you can light a LED. If you use saly you can use it one minute
Good idea
C'est quel métal vous avez utilisé
Good job boss👍👍👍
Good starting but voltage ok but current storage how many minutes
Friend. watch my video!
th-cam.com/video/RTW3o9kGtS4/w-d-xo.html
Yes, but how many amp hours?
most likelly 0.005
Like it, thanks for sharing :)
Can i Use aluminum foil instead zinc
Yes, but you will need to use a base like sodium carbonate or sodium hydroxide
osadaron ok😘😘😙😙😚😚☺☺😗😘😙😚☺😘😚☺💕💕❤❤💏💏😗😗🇧🇩🇧🇩🇧🇩😍😍😁😁😘😘😘😍😍🤩💕💕❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘💕💕😘😘😘😘
Good Job
Your one click can change my whole life 🙂🙏
@ A-S 146
I thought the same, but our life change teacher has no knowledge of primary chemical batteries. Not at all he knows the difference between chloride and salmiak, which is used for simple pocketlight batteries. 😂😂😂
Is a dislike 😂😂
ITS ONLY EVEN ONLY IF YOU ARE LUCKY ENOUGH BUT ON LOTTO SPIN BUTTON😂😂😂😂😂👍👌
😂😂😂😂
Khusray
This is too good to be true
can only be made with zinc?
7:33 charging the battery? Thats a super capacitor really
Yeah pretty much
You know that if you'd use what's called a Flux for your soldering, you'd do it much easier?
Could you be more specific, please? Any suggestions of a video or channel?
@@OdisseuBR please look at this, my TH-cam channel. Whenever I solder I use what's called a flux. With this flux, it's much easier to solder anything. And I'm talking not only about regular soldering but as well micro-soldering under the microscope. Hope that makes more sense ;) now.
Please is this rechargeable
6:05 HOWWWWW???Paper is electrolyte?
Please make dummy battery for smartphone. I have old smartphone, still good but the battery swollen. Hard to find the battery replacement..
Молодець із такими лампочками потрібно проводити експерименти відразу і видно силу току а діодна показує на малій силі току не так як спіральна і за відео ролик я ставлю лайк🇺🇦👍
How long does it last though?
Friend. watch my video!
th-cam.com/video/RTW3o9kGtS4/w-d-xo.html
What's the battery voltage and it's life?
After all of this stuff go to store and buy a ₹30 battery
How mah is?
Why batteries are rolled. Get way more material in the roll. Small foot print and higher voltage/life span.
Thanks buddy! ✌️😉
Long life? And long circle time?
Great job 👍
Run a bunch in series and make us a 12v video. Thank you
this is actually the same as the battery in the motorbike, the difference is the amount of water and the type of water used is different
Acid is used in the moto bike bcs acid containore ions than salt and water
Awsome bro 👍
Thats a super capacitor
Use washing soda about 50-75% saturation solution. instead of salt. MUCH better than salt and FULLY RECHARGEABLE hundreds of times without wearing out!
Salt does not last long enough. and is not rechargeable.
more a capasitor no?
Nice🖖🏾💯👍🏽
How many volts it can give ?
1.2
Awesome, thanks for sharing
The copper foil, you can get from a old 18650
Or you could just use the 18650
Try vinegar are lemon juice even alkaline drain cleaner.
this is basically a capacitor with salt water as dielectric.
not a battery.
There have recently been developed supercapacitors made from lithium?
no @@dampandrew
Salt (liquid stage) can conduct electric not dielectric and use salt to make battery is WRONG. Battery use acid H2SO4 and 2 different electrode to do give and receive electron (chemistry)
U only need 10 to get 12 v but I seen the battery charge quickly and discharge fast that I say not got much storage capacity but I like it
Yaha par - plate k liye zinc ki jagah aluminium bhi use hota hai.
need a project? battery powered nightdesk clock with oled display and arduino switched on for some seconds by pwm controlled antenna sensoring capacity.
Did bro really make a square voltaic pile...
6:27 🤣
Is there a faster way? Maybe.
Till how much voltage we can charge the battery?
2-2.7 V
like around 100 mA-200mA
yes but for a short time
because higher voltage will let more current in the battery
You know I dont even try this typea chit . Every time an Indian post a video on anything , free internet, wifi . Free phone service this and that and like this and like that . I've yet to Make one work . Cant understand a dam word but common sence guides me the rest of the way . Tore up a bunch of perfectly good things to get parts for the hack just to end up breaking them for parts to work on somthing these guys make look easy and a must need just to fail twice. And what took him 30 min. To make on the video turned into an all day deal here . 61/2 hours later knuckles bleedin, bloodpressure threw the roof , kids screaming they hungry , wife screaming go to store for bread , dypers . I have to say I believe I'm done with all these types of videos... officially band from my cellphone ! Well , good Luck to all that they work for ... oh and also , if yall could slow down on the talkin and try a little harder on the English Vocabulary that would be a huge help . Or slow way down and let us commentary it . They wont translate it . And when the do . The guys talking so fast with hella broken English the commentary says somthing totally different. The AI iS EVEN CONFUSED ... 🤯 I'm Out . I didnt even start this video to see who's talking . I just had the urge to pause it when it started and get that off that chest . Lol ✌🏼
Hello very nice videos your are making
Is there a possibility to make a video for making a really battery for use in photovoltaic (of grid situations)
With a very big capacity?
The dimensions and the weight it is not at all critical or problem there's on lot of space
Thank you very much for your time
Batteries don't really do very big capacities. An average house uses 55 kwh in a day. The biggest commercial batteries can store a little bit less than 15kw. You'd need 4 of those just to cover a day, let's say you really want a BIG capacity, a month's worth of electricity.
That's 120 batteries Stacking them 3 ontop of eachother, would reach from floor to ceiling and cover at least 2 walls in a normal sized livingroom.
So, space is not the issue. Cost is: A setup like that would run you $1.2 million. Sure, you can do it cheaper by making batteries yourself, but keep in mind that with commercial grade batteries still have issues in the kind of power you get out of the battery. It's not recommended to use solarpower batteries to charge electric cars for example because the poweroutput is too low, so you should charge your car directly from the solar panel, for example.
That issue would be even worse if you made them yourself, requiring more space and yielding worse output.
You'd probably be looking at filling your entire livingroom with batteries at that point, at least a cost of 45k and then doing all the labour yourself. Mind you this is just the first step in making a battery, you'd need to layer this many, many times over and encase it in something that is absolutely airtight, in a clean room enviroment.
And for what? Storing $300-$400 of electricity? You'd need to use that battery power consistantly for about 10 years before you even make the money back that it cost you to build the damn thing. And since you're not going to be using it non stop we're looking at a best case scenario looking at 30-40 years or so, and mind you - these batteries won't last that long.
So you'd actually be losing money on doing this.
@@danielbengtsson9833 house uses 55kW a day? Would be a 5 Storey house with 15 households. A bit unrealistic mate, concerning this guy is alone, or with say 3 family members.
@@aurasensor 8 to 9 kw or 12kw is maximum i think, if you turn on Air Conditioner in 3 rooms a the day,,,
use jwellthief to light led
5 tane patatesle yapsan daha iyi voltaj verir
Jaldi kar le bhai kal subah panvel nikalna hai🤣🤣
A Disimilar Galvanic battery 🔋 is this. The zinck will Decompose. The cell is not Rechargeable!.