This guy deserves a lot more subs and likes and comments, yea a lot of it is pointless in most peoples eyes but it had taught me so many things in simple terms 🎉 thank u!
Pointless??Not for preppers looking for manufacturing batteries with materials easy to find or stash in a shelve...only fools say "i will go to the store and buy one instead of build it..."
muy bien. ¿No probaste con 2 cintas de zinc y cobre del mismo largo que usaste? si las pones una al lado de la otra y le colocas el papel entre ambas tenes la misma superficie. Luego las vas plegando y queda como un acordeon.o la haces tipo tubo . esta tecnica lo usan en la fabricacion de los condensadores electroliticos y las pilas de litio para aumentar la superficie. sin tener que realizar todas esas soldaduras . Solo al principio y el final para la coneccion hacia la otra celda. ocupa menos espacio y en ese extra de espacio podrias aumentar la capacidad haciendo la cinta mas larga
صناعة البطاريه صحيحه ونحاس وزنك مع ماء ملح الشبه .نفس طريقة بطارية بابل العراقيه .ويوجد منها بالاسواق بحجم صغير بقوة فولة ونصف وقابله للشحن وتسلم يداك اخي .مجد من سوريا العربيه المسلمه احيك
Si tratta della Pila di A. Volta rivisitata oggi utilizzando in modo tecnico i contatti rame-zinco in soluzione elettrolitica di NaClaq. Tuttavia ricordo che per accendere un Led da 2Volt e una decina di mA bastano quattro pile in serie Cu-Zn. Saluti.
my understanding is that you periodically clean the sheets. Take them out when not using them battery. Or take out the zinc at least. Give new salt-water or vinager or brick cleaner fluid, periodically. It should go for a long time with clean plates.
The thickness matters little, as it is a small saltwater battery, but around .1mm is aluminum can thickness, and I originally made one with .2mm thickness. I would recommend going for .1mm to .2mm as anything more would be excessive in small applications and any less would be difficult to fold. I assume from their using pliers that the thickness is around .2mm or even .3mm. The lifetime of the battery is not going to be long. Voltage x Amps = Watts. Saltwater batteries are notoriously low voltage, and they can't handle much current without causing gassing in the salt water (unsure if the cells corrode as I haven't worked on my batteries in a while). Used to have the numbers, but likely at the full capacity (assuming 4.6v at 0.76V per cell) you might get a bit of time out of it but don't assume a saltwater battery that size can give two hours. The last reference I found of any practical application some company tried to pursue was by Aquion, making large 48V 2.2kWh cells... a lot of their claims seemed quite far-fetched such as the 10C charge and 20C discharge, and I couldn't find any more than an old video and a dead listing. It is possible that it might last about as long as a AA battery, as I remember reading a good rule of thumb was to consider how a saltwater battery needs to be at least 3x the size of a similar battery to match the Capacity. It is possible I am beginning to misremember some of the numbers, as I only found the Aquion 48V 2.2kWh saltwater battery video, and most of my research was pulled from a lot of random sources on the net... since starting college I have started saving some of the most vital information, but bookmarking or saving papers is still a difficult habit to start :c
Complimenti sei stato bravo e molto preciso l idea delle viti piccole per agganciare i fili della lampadina sono molto creativi. Desidero sapere quanti Volts ha la lampadina e se e' un led grazie buon lavoro
Each cell had nine plates, that made .7 volts. Try to make a twelve plated cell , For 1.1 volts. Than it would be 6 volt battery. Maybe can try to turn strips of metal into a round battery design.
Just going from some tests of my own, it won't last long regardless. Even marring the surface of the cathode and anode plates doesn't increase the surface area hardly at all. The one made in the video is also super small, to begin with; they might get lucky and have the same energy storage as a large capacitor. I made one using much larger plates and it drains extremely quickly... also my plates are much closer together lowering the resistance a bunch. I am working to increase the capacity by making an activated charcoal coating that increases the surface area drastically and cheaply so as to not require a ton more plates both metaphorically and physically.
@Suzuki_Hiakura try washing soda instead of salt water. it will be massively more rechargeable and have far more capacity. and MUCH MUCH HIGHER VOLTAGE almost 1.2-1.5v I got over 100mA of current out of a penny with the copper sanded off and a small piece of copper wire just dipped into a small cup spaced apart significantly. I recommend cooking your washing soda in the oven at 375-400 degrees *F for at least 2-4 hours to make sure its very dry and theres no bicarbonate mixed within it. You DON'T want any bicarbonate/baking soda. it will turn the copper into copper carbonate and not make a battery. Also used distilled water or even better deionized type 1 water if you can find it. the pure-er the better. You can also increase the surface are and capacity by making a "pasted" electrode surface by making a particulate paste with distilled water a dilute mixture of the electrolyte (about 10-30%) (to give a weak bond to each inter particle when its dried.) then dry the plates completely overnight. Let them get good and dry. Then sandwich them together with a few layers of paper towel.. Giving plenty of extra paper towel around the edges to prevent shorts or losing active material. Press the plates together firmly such that they are under about a pound or 2 of compression. Then soak the paper towelling with the washing soda and distilled or deionized water mixture. (About 75% saturation is probably a good value to prevent precipitation) Charge it up. and it should work and provide power for a good period of time! And better capacity. Apply just a thin layer of the paste to each electrode. don't make a super thick layer. beyond 0.5mm thickness the internal resistance increases and it doesn't hold the voltage up as well. You want a thin electrode backing with about an 0.1-0.3mm thickness pasted particle layer. The main trouble is actually trying to get ahold of the copper and zinc powders to create the pasted electrodes. You can try grinding them with a very coarse grinding wheel or a belt sander. but it could take hours to create a significant quantity. Fully charged the zinc may turn dark or almost black. and fully discharged it becomes lighter.
It actually is possible that they didn't use AA batteries to fake the output. 0.7V a cell is accurate for a fully charged capacity of Saltwater batteries, but likely the capacity is still poor. Even jury rigging my own saltwater batteries, I was able to get about 0.6V a cell, and that was due to my inadequate mixture of salt and water as well as my bad separator(wax paper was all I had atm) and the fact I use aluminum instead of zinc because it is cheaper to get soda cans instead of buying a sheet of zinc (from experience).
SME green tech. Was design what you are doing now the inventor of that confegaration is Stevenson Jeroso and i am tha desiner how to cut those plates. The factory is in malaysia KL.
You can extract zinc sheet from zinc-chloride battery, and copper sheet from transformers, also note that not every transformer has this sheet, only good quality ones have. There are many videos on TH-cam how to get this sheets just move your ass and go watch it. It's not that hard.
Hi. OK seen lots of these videos don't have the time to make it myself to test the validity. So far all videos on this have couple things in common. Namely you never see the test wires in full and that they come from the tester. You also don't say the life span of it. Also a second test of the voltage after use. Cause while you were showing the voltage after charging it was dropping very fast and not holding the charge. Call me sceptic. But you should be clear on specifics with things like this. Great job though
I didn't notice the quick drop in charge the first time... that proves it's a saltwater battery. It is stabilizing the voltage as 0.7V per cell is very high... the best I ever got was a semi-stable 0.6v which stabilized at around 0.55v. Also, the capacity can drop rather quickly as they don't hold hardly any charge. Still can do certain things with them or in large enough applications use them as super cheap batteries, but it does seem quite valid imo. Prob better to have someone who works with these for a living to confirm, as I only dabbled for a time and tested a small bit.
Only for fun. Non ha resa, non tiene la carica. Il processo galvanico per la differenza di potenziale tra zinco e rame è troppo veloce quindi lo zinco si distrugge velocemente .. acqua e sale come elettrolita completa il fault del progetto. Don’ t waste your time 😂
aluminum would be better imo... far lighter and easier to get soda cans instead of stainless steel scrap that's thin enough... in my experience at least
No. You can buy a little device that has 4 AA batteries with cell phone charge circuit. This doesn't work with modern phones. You really need 6 watts for 4 hours to charge a phone. A laptop is more at 25 watts to charge which is much more demanding.
Nice!! Should make the casing out of clear plastic in case you accidentally boil the salt water by over-charging. ✌️
This guy deserves a lot more subs and likes and comments, yea a lot of it is pointless in most peoples eyes but it had taught me so many things in simple terms 🎉 thank u!
Pointless??Not for preppers looking for manufacturing batteries with materials easy to find or stash in a shelve...only fools say "i will go to the store and buy one instead of build it..."
Marvellous, from start to completion, step by step, best video on making your own battery.
muy bien. ¿No probaste con 2 cintas de zinc y cobre del mismo largo que usaste? si las pones una al lado de la otra y le colocas el papel entre ambas tenes la misma superficie. Luego las vas plegando y queda como un acordeon.o la haces tipo tubo . esta tecnica lo usan en la fabricacion de los condensadores electroliticos y las pilas de litio para aumentar la superficie. sin tener que realizar todas esas soldaduras . Solo al principio y el final para la coneccion hacia la otra celda. ocupa menos espacio y en ese extra de espacio podrias aumentar la capacidad haciendo la cinta mas larga
صناعة البطاريه صحيحه ونحاس وزنك مع ماء ملح الشبه .نفس طريقة بطارية بابل العراقيه .ويوجد منها بالاسواق بحجم صغير بقوة فولة ونصف وقابله للشحن وتسلم يداك اخي .مجد من سوريا العربيه المسلمه احيك
Waleykumasslam from india ❤
فولة؟؟
Love that bro! You gave me inspiration to make one but even better with proper electrolyte. Because nacl is not the best choice.🙃
Excellent, Mr. Jame! Please; Do you know what your battery's amperage is?
.000001 amp!
Si tratta della Pila di A. Volta rivisitata oggi utilizzando in modo tecnico i contatti rame-zinco in soluzione elettrolitica di NaClaq. Tuttavia ricordo che per accendere un Led da 2Volt e una decina di mA bastano quattro pile in serie Cu-Zn. Saluti.
بله بهترین وساده ترین نوع آموزش .متشکرم
Beautiful battery 👏🏼👏🏼👏🏼❤️❤️❤️
Maybe 3 days 😁
How much of Amp? and DOD value? and circle life?
6 cell X 2.2 volt = 13.2 volt, it's note 4.8v
Per cell 700 milli volt only and it drop
Quickly....u can not charge again...
Nice
What is the thickness of the copper &zinc sheets?
What is the life of this battery before the second charging?
Thanks
doesnot matter the surface area of the copper and zinc if its get big amp will increase
my understanding is that you periodically clean the sheets. Take them out when not using them battery. Or take out the zinc at least. Give new salt-water or vinager or brick cleaner fluid, periodically. It should go for a long time with clean plates.
The thickness matters little, as it is a small saltwater battery, but around .1mm is aluminum can thickness, and I originally made one with .2mm thickness. I would recommend going for .1mm to .2mm as anything more would be excessive in small applications and any less would be difficult to fold. I assume from their using pliers that the thickness is around .2mm or even .3mm.
The lifetime of the battery is not going to be long. Voltage x Amps = Watts. Saltwater batteries are notoriously low voltage, and they can't handle much current without causing gassing in the salt water (unsure if the cells corrode as I haven't worked on my batteries in a while). Used to have the numbers, but likely at the full capacity (assuming 4.6v at 0.76V per cell) you might get a bit of time out of it but don't assume a saltwater battery that size can give two hours. The last reference I found of any practical application some company tried to pursue was by Aquion, making large 48V 2.2kWh cells... a lot of their claims seemed quite far-fetched such as the 10C charge and 20C discharge, and I couldn't find any more than an old video and a dead listing.
It is possible that it might last about as long as a AA battery, as I remember reading a good rule of thumb was to consider how a saltwater battery needs to be at least 3x the size of a similar battery to match the Capacity. It is possible I am beginning to misremember some of the numbers, as I only found the Aquion 48V 2.2kWh saltwater battery video, and most of my research was pulled from a lot of random sources on the net... since starting college I have started saving some of the most vital information, but bookmarking or saving papers is still a difficult habit to start :c
what is the resulting capacity of this battery?
maybe 100 milliamp! yip . not much
@@luckydubeinrc5165 I would dare say a whole 101 milliamp! xD
Bonjour,
Tout d'abord un grand merci pour cette vidéo.
Peux-tu fournir un lien pour télécharger le fichier 3D de la batterie box ?
Merci,
Complimenti sei stato bravo e molto preciso l idea delle viti piccole per agganciare i fili della lampadina sono molto creativi. Desidero sapere quanti Volts ha la lampadina e se e' un led grazie buon lavoro
Each cell had nine plates, that made .7 volts. Try to make a twelve plated cell , For 1.1 volts.
Than it would be 6 volt battery.
Maybe can try to turn strips of metal into a round battery design.
17:19 Don't connective resistive light bulb. Instead, make a joule-thief circuit with LED, and connect that. It will run much longer
This is to show how strong the battery is, a weak battery that voltage drop easily isn't able to glow a resistive bulb brightly.
@@dschannel1171 yes, but the combination of DIY battery and DIY light circuit can work together and run longer.
Just going from some tests of my own, it won't last long regardless. Even marring the surface of the cathode and anode plates doesn't increase the surface area hardly at all. The one made in the video is also super small, to begin with; they might get lucky and have the same energy storage as a large capacitor.
I made one using much larger plates and it drains extremely quickly... also my plates are much closer together lowering the resistance a bunch. I am working to increase the capacity by making an activated charcoal coating that increases the surface area drastically and cheaply so as to not require a ton more plates both metaphorically and physically.
@Suzuki_Hiakura try washing soda instead of salt water. it will be massively more rechargeable and have far more capacity. and MUCH MUCH HIGHER VOLTAGE almost 1.2-1.5v
I got over 100mA of current out of a penny with the copper sanded off and a small piece of copper wire just dipped into a small cup spaced apart significantly.
I recommend cooking your washing soda in the oven at 375-400 degrees *F for at least 2-4 hours to make sure its very dry and theres no bicarbonate mixed within it.
You DON'T want any bicarbonate/baking soda. it will turn the copper into copper carbonate and not make a battery.
Also used distilled water or even better deionized type 1 water if you can find it. the pure-er the better.
You can also increase the surface are and capacity by making a "pasted" electrode surface by making a particulate paste with distilled water a dilute mixture of the electrolyte (about 10-30%) (to give a weak bond to each inter particle when its dried.)
then dry the plates completely overnight. Let them get good and dry.
Then sandwich them together with a few layers of paper towel.. Giving plenty of extra paper towel around the edges to prevent shorts or losing active material.
Press the plates together firmly such that they are under about a pound or 2 of compression.
Then soak the paper towelling with the washing soda and distilled or deionized water mixture. (About 75% saturation is probably a good value to prevent precipitation)
Charge it up. and it should work and provide power for a good period of time! And better capacity.
Apply just a thin layer of the paste to each electrode. don't make a super thick layer. beyond 0.5mm thickness the internal resistance increases and it doesn't hold the voltage up as well.
You want a thin electrode backing with about an 0.1-0.3mm thickness pasted particle layer.
The main trouble is actually trying to get ahold of the copper and zinc powders to create the pasted electrodes.
You can try grinding them with a very coarse grinding wheel or a belt sander. but it could take hours to create a significant quantity.
Fully charged the zinc may turn dark or almost black. and fully discharged it becomes lighter.
Congratulations. Pls how many amps?
how many AA batteries did you put in last shot?
3
It actually is possible that they didn't use AA batteries to fake the output. 0.7V a cell is accurate for a fully charged capacity of Saltwater batteries, but likely the capacity is still poor. Even jury rigging my own saltwater batteries, I was able to get about 0.6V a cell, and that was due to my inadequate mixture of salt and water as well as my bad separator(wax paper was all I had atm) and the fact I use aluminum instead of zinc because it is cheaper to get soda cans instead of buying a sheet of zinc (from experience).
Wonderful work 10 👍 Bravo 👌!!
SME green tech. Was design what you are doing now the inventor of that confegaration is Stevenson Jeroso and i am tha desiner how to cut those plates. The factory is in malaysia KL.
Wonderful work
Fanstastic work 👏👌 thanks my friend👍👍👍
Where can u get the zinc and copper sheet or better yet magnesium sheet?
You can extract zinc sheet from zinc-chloride battery, and copper sheet from transformers, also note that not every transformer has this sheet, only good quality ones have. There are many videos on TH-cam how to get this sheets just move your ass and go watch it. It's not that hard.
imake battery with copper coins and aluminum foil and works fine
Boost converter is needed to step up the voltage
Is this battery rechargeable
Hi. OK seen lots of these videos don't have the time to make it myself to test the validity. So far all videos on this have couple things in common. Namely you never see the test wires in full and that they come from the tester. You also don't say the life span of it. Also a second test of the voltage after use. Cause while you were showing the voltage after charging it was dropping very fast and not holding the charge. Call me sceptic. But you should be clear on specifics with things like this. Great job though
I didn't notice the quick drop in charge the first time... that proves it's a saltwater battery. It is stabilizing the voltage as 0.7V per cell is very high... the best I ever got was a semi-stable 0.6v which stabilized at around 0.55v. Also, the capacity can drop rather quickly as they don't hold hardly any charge. Still can do certain things with them or in large enough applications use them as super cheap batteries, but it does seem quite valid imo. Prob better to have someone who works with these for a living to confirm, as I only dabbled for a time and tested a small bit.
Is it a tissue paper in white colour?
Before trying this learn some basic chemistry, specially about batteries. Then you will give up this.
for how long can it resist corrosion?
is it galvanized or aluminum with the copper
greetings, I would like to know what is the current that this battery can supply.
Nice job , can you tell how much capasity does it have?
And it can be recharged for many times or it works for one cycle?
It's a fake video 😹, this won't even generate 1 volt 🤧. Salt water is not an electrolyte 🥴. That is why sulphuric acid is used in batteries 😂
@@PainStreakGamingYtAJtojbbros
هذه بطارية الزنك والنحاس
تعمل بالماء والملح
@@PainStreakGamingYtAJtojbbros Smooth-brained ignoramus.
@@PainStreakGamingYtAJtojbbrosSalt water work but it's not be best option because generate chlorine gas that might be corrosive to sheets.
@@PainStreakGamingYtAJtojbbros you can also use distilled water
DIY batre cocok buat sepeda motor roda 3, bisa tanpung beban besar
Can we use aluminium sheet?
How many times can it be recharged before it begins to degrade.
What is d liquid u put in sir?
Salt water
Only for fun. Non ha resa, non tiene la carica. Il processo galvanico per la differenza di potenziale tra zinco e rame è troppo veloce quindi lo zinco si distrugge velocemente .. acqua e sale come elettrolita completa il fault del progetto. Don’ t waste your time 😂
What do you mean by salt water
Water + Normal table salt that you eat.
@@labscience8271 ماء والملح خطر كبير عند الشحن يتسرب غاز الكلور القاتل استعمل اسيد مخفف امن ويعطي فولت اقوه
Can we use silver foil
What is the concentration of your salt solution used ?
Just use saturated solution.
how long it will take to fully corode elecrodes? i think life time of this battery is almost nothing. Its price is not returnable.
Could you tell me how to make sea water baterry with Mg-Cu2O?
Bruh, I had this same idea the other day, I even have a 3D file for it
Battery voltage 4.8 Voltage Mention Amps load explain calculation
Ampere? Don t waste your time this is only example base of a. Volta battery
😅😅😅😅😅😅😅😅😅
No battery water?
Kya dc motor chalega isse
brah, make aluminium-air fuel cell, with sheet-wire feed from a spool, water, ethanol or propylene glycol with salt-bakingsoda-koh electrolyte
me parece que voy a entrar a desarmar las pilas de gel para hacer algo asi reciclo el recipiente.
Excellent job
it is a rechargeable battery?

Beautiful great job
Yah kaun si battery banai hai aapane
What is the salt water name
it mean sodium chloride or table salt dissolved in water
I make salt battery like that only work for 2cycle charge and the battery dead.
You didn't add new electrolyte solution?
@@crookedtool no, electrode corosion.
sir can use stainles stell with coper
aluminum would be better imo... far lighter and easier to get soda cans instead of stainless steel scrap that's thin enough... in my experience at least
надо было корпус делать прозрачным , а то я не верю, туда ,за кадром можно запихнуть аккумуляторы.....
Funciona yo en mi canal lo hize y llegue a 7vol todo es poner más para generar mas voltaje
Да))
هذه البطارية صحيحة، وغير مزيفة، وليس هناك خداع
i noticed the continuity of the video during the lamp test
nice job, whats the amp's
Short circuit the terminals and divide the current by 10. 😊
Its the new version of cellphone battery
17:10
Thanks for this battery
How long it does work
That person name is GFH (I also mention in short)
Hey yooo bro.. this one is very nice and useful. Ca n you try to make a big battery with 60ah
The battery will be very huge. And it would take days soldering it all
no final do video o cara trocou a bateria por outra igual por isso a lampada acendeu
great
Whats is that pepper ?
Alguien me dice cuáles son los materiales de las placas o celdas ?
amazing innovative😎
What could be the capacity of the battery?
충방전 몇회나되나요?
Is this Accu friend ?
Can it charge a laptop? Or phone?
No. You can buy a little device that has 4 AA batteries with cell phone charge circuit. This doesn't work with modern phones. You really need 6 watts for 4 hours to charge a phone. A laptop is more at 25 watts to charge which is much more demanding.
ভাই কিসের কিসের পাদ দেওয়া আছে বলেন প্লিজ প্লিজ রিপ্লাই 😊😊😊😊
Looks like 2 amps 14 watts? Not sure how to read that machine
What is the ampere of this battery my dear?
Koto ampire ?
12 volt aer battery akta video din
Kon sa salate istmale Howa
#-D printing battery boxes makes these batteries prohibitively expensive
nice job, I just know how to make a battery
What is the paste added?
Good work
Good job bro
Very good.
Thank you so much
Puis-je faire une batterie de 12 volts de la même manière avec un ampérage élevé
What is the concentration of the electrolyte?
How did he know what end would be positive.?
Wher Can i grt coper sheat
Music band kro kush bol kr btao kya use kr rhe ho ya likh kr
otimo gostei da ideia!!
Love u bahi jan
How can be made a big battery to generate 200 - 220 Voltage ???
48 x 4,6 V in Serie = 220 V DC
Superb
it is fake because i am stupid.
and u are clever.
where capacity test?
не стоит потраченного времени ,только для детей
Excuse me, could it be recharged??
Yes
Why you cut some vid before you light a bulb hehehehehe...
🌷Nice video 🌷