TECHNICAL DETAILS: Each pack configuration = 60 x 18650 batteries. 60 cells are connected in parallel. ESTIMATE capacity = 120,000 mah capacity or 120Ah. (considering each cell is 2000mah X 60 cells) Voltage = 3.7v (nominal voltage) or 4.2v (max charged voltage). Each 18650 cell (estimate guess) rated between 2000mah - 3000mah. 3 packs configuration = 3packs have 180 cells in total. 3 packs connected in series. (4.2v max each pack) Output will be 12.6v at 120,000 mah / 100,000 mah, which is an insane capacity! -------------------------------- ITEMS USED = Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs) 180 x 18650 batteries (salvaged from drill batteries. Then each cell is tested for voltage and mah capacity using a smart 18650 tester such as OPUS BT-C3100 charger or similar) Nickel Strip / Nickel Belt strip (for high amp transfer between cells. Acts as a high gauge connection) 18650 insulator ring (to prevent positive terminal shorting with neighbour cells negative/ground side) Shrink tube (large mm width. Its waterproof. It's used to protect electronics and cells from environment hazard, any outside hazards etc. Provides cover/external protection. It shrinks using heat) And finally... 1 Litre of Common sense. 5 litres of knowledge. 10 litres of testing. 10 litres of safety. Hope that helps. (I built battery packs and have basic electronics and electrical knowledge. +more. See my channel for more) NOTE = THIS BATTERY PACK WILL CHARGE VERY SLOWLY since its a high capacity built battery pack. Using a 12V 2A charger at full 2A. That would take him almost 60 hours of charging (2.5 days)!! ..... LOL!! RIP Time. RIP wall charger.
Hallo Pro , i cannot find it ? from where did u bought it pls ? Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs)
This would be better off used as a small power wall (or similar) for semi-permanent electronic appliances, since trying to charge up 180 cells will take a very long time. In fact, I'd say that, unless you used a really fast charger, the self-discharge of the cells will play more of an impact than the charging current!
My life and the lives of others are worth more than one of these experiments, and if it explodes for a short time, not even its protection circuit will save you
Hi, what is the model of the charging board? Or where did you get it from? Please tell this information in further videos with your community, bc I alwas have these problems to find out, what boards you use. Thanks a lot.
TECHNICAL DETAILS: Each pack configuration = 60 x 18650 batteries. 60 cells are connected in parallel. ESTIMATE capacity = 120,000 mah capacity or 120Ah. (considering each cell is 2000mah X 60 cells) Voltage = 3.7v (nominal voltage) or 4.2v (max charged voltage). Each 18650 cell (estimate guess) rated between 2000mah - 3000mah. 3 packs configuration = 3packs have 180 cells in total. 3 packs connected in series. (4.2v max each pack) Output will be 12.6v at 120,000 mah / 100,000 mah, which is an insane capacity! -------------------------------- ITEMS USED = Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs) 180 x 18650 batteries (salvaged from drill batteries. Then each cell is tested for voltage and mah capacity using a smart 18650 tester such as OPUS BT-C3100 charger or similar) Nickel Strip / Nickel Belt strip (for high amp transfer between cells. Acts as a high gauge connection) 18650 insulator ring (to prevent positive terminal shorting with neighbour cells negative/ground side) Shrink tube (large mm width. Its waterproof. It's used to protect electronics and cells from environment hazard, any outside hazards etc. Provides cover/external protection. It shrinks using heat) And finally... 1 Litre of Common sense. 5 litres of knowledge. 10 litres of testing. 10 litres of safety. Hope that helps. (I built battery packs and have basic electronics and electrical knowledge. +more. See my channel for more)
This is a 120Ah battery pack, not a 360Ah. If the pack were 180 cells in parallel then it would be 360Ah 3.6V, but now it's 2Ah per cell x 60 cells in parallel = 120Ah 12V.
TECHNICAL DETAILS: Each pack configuration = 60 x 18650 batteries. 60 cells are connected in parallel. ESTIMATE capacity = 120,000 mah capacity or 120Ah. (considering each cell is 2000mah X 60 cells) Voltage = 3.7v (nominal voltage) or 4.2v (max charged voltage). Each 18650 cell (estimate guess) rated between 2000mah - 3000mah. 3 packs configuration = 3packs have 180 cells in total. 3 packs connected in series. (4.2v max each pack) Output will be 12.6v at 120,000 mah / 100,000 mah, which is an insane capacity! -------------------------------- ITEMS USED = Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs) 180 x 18650 batteries (salvaged from drill batteries. Then each cell is tested for voltage and mah capacity using a smart 18650 tester such as OPUS BT-C3100 charger or similar) Nickel Strip / Nickel Belt strip (for high amp transfer between cells. Acts as a high gauge connection) 18650 insulator ring (to prevent positive terminal shorting with neighbour cells negative/ground side) Shrink tube (large mm width. Its waterproof. It's used to protect electronics and cells from environment hazard, any outside hazards etc. Provides cover/external protection. It shrinks using heat) And finally... 1 Litre of Common sense. 5 litres of knowledge. 10 litres of testing. 10 litres of safety. Hope that helps. (I built battery packs and have basic electronics and electrical knowledge. +more. See my channel for more)
That is one monumental power bank - though the term "power bank" would have to be loosely used, since this isn't very portable at all. I'm pretty sure that all of my low voltage electronics could be taken care of using this "power bank". I'd classify this as either a large 12V battery, or a 12V power wall, due to the sheer energy density of that battery pack. Still, I know of a few uses that I would have for such a battery bank, though I'd have no idea where to get all of those cells from, or where I'd get a spot welder from. Also, no this isn't 360,000mAh. Each cell is 2,000mAh which, for 60 cells, is 120,000mAh or 120Ah. By creating a 3S pack, you increase the voltage, not the capacity, so the total is 120,000mAh/120Ah at 11.1V nominal (12.6V maximum), giving a total energy of 1,332Wh or 1.332kWh.
One of the BEST stations setup for this type of work!!!!
no it’s not best not even looking good
💕 love from India 🇮🇳🇮🇳🇮🇳
Creative channel follow me I love you china
❤️Love from Algérie ❤️
A Índia é incrível, apaixonada pela sua gastronomia 🥰
lol
Iove from iran
Beautiful,,, Love from Bangladesh 🇧🇩🇧🇩
TECHNICAL DETAILS:
Each pack configuration =
60 x 18650 batteries. 60 cells are connected in parallel.
ESTIMATE capacity = 120,000 mah capacity or 120Ah.
(considering each cell is 2000mah X 60 cells)
Voltage = 3.7v (nominal voltage) or 4.2v (max charged voltage).
Each 18650 cell (estimate guess) rated between 2000mah - 3000mah.
3 packs configuration =
3packs have 180 cells in total.
3 packs connected in series. (4.2v max each pack)
Output will be 12.6v at 120,000 mah / 100,000 mah, which is an insane capacity!
--------------------------------
ITEMS USED =
Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs)
180 x 18650 batteries (salvaged from drill batteries. Then each cell is tested for voltage and mah capacity using a smart 18650 tester such as OPUS BT-C3100 charger or similar)
Nickel Strip / Nickel Belt strip (for high amp transfer between cells. Acts as a high gauge connection)
18650 insulator ring (to prevent positive terminal shorting with neighbour cells negative/ground side)
Shrink tube (large mm width. Its waterproof. It's used to protect electronics and cells from environment hazard, any outside hazards etc. Provides cover/external protection. It shrinks using heat)
And finally...
1 Litre of Common sense.
5 litres of knowledge.
10 litres of testing.
10 litres of safety.
Hope that helps. (I built battery packs and have basic electronics and electrical knowledge. +more. See my channel for more)
NOTE = THIS BATTERY PACK WILL CHARGE VERY SLOWLY since its a high capacity built battery pack. Using a 12V 2A charger at full 2A. That would take him almost 60 hours of charging (2.5 days)!! ..... LOL!!
RIP Time.
RIP wall charger.
Hallo Pro ,
i cannot find it ?
from where did u bought it pls ?
Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs)
120 Ah means this pack could power an inverter provide electricity for household equipments and store solar power as well.
1.4 kilowatts 😮
@@MINOOOO922 same question
I've tried looking for it on the marketplace but still can't find it
2.5days charging I think it's really fast for 120Ah
Love from Bangladesh 🇧🇩🇧🇩🇧🇩
Beautiful. How i wish i have that kind of equipment and 18650's
Love from Bangladesh
Love from Russia 🇷🇺❤
❤ Love from Bangladesh 🇧🇩🇧🇩
Hi, greetings from Finland. You have a really nice workshop. Br, Eeli
love you from Bangladesh 🇧🇩🇧🇩🇧🇩
love form
Bangladesh🇧🇩🇧🇩🇧🇩
I love to watching your amazing video. Thanks for sharing with us my friend. have a nice day and more success. Greetings from Italy 🇮🇹
God reveals each of the participants in my channel
ua-cam.com/video/r1N4xSAr718/v-deo.html
PLEASH BHAILOG SUPPORT KARDO PLEASH.
Машинка для очистки контактов понравилась ,отличная штука . Можно сделать и попроще с ручным рычагом .
Does anyone have the Aliexpress link for the module I used to buy it?
I rating This Channel 10 on 10 because this channel is no. 1 in ranking
I think 🤔 this power bank need a perfect 3D printed body Cover to protect it from being damage . but amazing ❤😊
love from India🇮🇳🇮🇳🇮🇳🇮🇳
Love from Brasil 🇧🇷
Where we can find the module you used in this video????
This plus ur water generator = infinite electricity for off grid living 🤩🤩
Love from Bangladesh ❤️🇧🇩
This would be better off used as a small power wall (or similar) for semi-permanent electronic appliances, since trying to charge up 180 cells will take a very long time.
In fact, I'd say that, unless you used a really fast charger, the self-discharge of the cells will play more of an impact than the charging current!
My life and the lives of others are worth more than one of these experiments, and if it explodes for a short time, not even its protection circuit will save you
Does anyone have the Aliexpress link for the module I used to buy it?
Love from Bangladesh ❤️🔥❤️🔥
everyone Where can I buy the electronic board?
Please tell us the model name.
.?
Does anyone have the Aliexpress link for the module I used to buy it?
Love from Ukraine
Love from Bangladesh 🇧🇩🇧🇩🇧🇩🇧🇩🇧🇩🇧🇩
Good one... Please can you place a link to buy materials used
Does anyone have the Aliexpress link for the module I used to buy it?
Love💖 your videos from Philippines🇵🇭
WATCHING YOU MORE THAN 6 TO 7 YEARS🔥🔥💓LOVE FROM PAKISTAN 🇵🇰 🔥🇵🇰
Hi, what is the model of the charging board? Or where did you get it from? Please tell this information in further videos with your community, bc I alwas have these problems to find out, what boards you use. Thanks a lot.
Does anyone have the Aliexpress link for the module I used to buy it?
@@ioriarpegi1 nope
Si fueses tan amable cual modulo es el que usas o en que pagina lo conseguiste gracias y saludos
Tambien lo ando buscando, si lo encontraste me podrias compartir el link por favor
Love from India 🇮🇳
Love from Pakistan i wish to work with your company
I am like your hairstyle bro
You are great love for india 🇮🇳
❤️❤️❤️
Qual o modelo do módulo? e onde comprar!
I love your videos
BEFORE YOU MAKE THE POWER BANK YOU NEED TO MAKE THE TOOLS FIRST TO MAKE IT EASIER.
THIS MAN IS AWESOME.
What board are you using in this video? and where can i buy that. 🙏🙏🙏
ua-cam.com/users/shorts4o_t7SKe7Nw?feature=share
Does anyone have the Aliexpress link for the module I used to buy it?
Bonjour! J'aime beaucoup vos créations mais pourriez-vous s'il vous plait mettre en description les liens où vous achetez les composants? MERCI ^^
Open my page on the call and you leave God that keeps you and keeping your values and my brother is galvale🌺🤲
TECHNICAL DETAILS:
Each pack configuration =
60 x 18650 batteries. 60 cells are connected in parallel.
ESTIMATE capacity = 120,000 mah capacity or 120Ah.
(considering each cell is 2000mah X 60 cells)
Voltage = 3.7v (nominal voltage) or 4.2v (max charged voltage).
Each 18650 cell (estimate guess) rated between 2000mah - 3000mah.
3 packs configuration =
3packs have 180 cells in total.
3 packs connected in series. (4.2v max each pack)
Output will be 12.6v at 120,000 mah / 100,000 mah, which is an insane capacity!
--------------------------------
ITEMS USED =
Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs)
180 x 18650 batteries (salvaged from drill batteries. Then each cell is tested for voltage and mah capacity using a smart 18650 tester such as OPUS BT-C3100 charger or similar)
Nickel Strip / Nickel Belt strip (for high amp transfer between cells. Acts as a high gauge connection)
18650 insulator ring (to prevent positive terminal shorting with neighbour cells negative/ground side)
Shrink tube (large mm width. Its waterproof. It's used to protect electronics and cells from environment hazard, any outside hazards etc. Provides cover/external protection. It shrinks using heat)
And finally...
1 Litre of Common sense.
5 litres of knowledge.
10 litres of testing.
10 litres of safety.
Hope that helps. (I built battery packs and have basic electronics and electrical knowledge. +more. See my channel for more)
Lovely, where do I get the circuit board used for your project. Input and output.
Does anyone have the Aliexpress link for the module I used to buy it?
Respect bro
Please provide name or part number of that charging module.
you are a genius💪
Your creation is awesome💖💖😍👍🇧🇩🇧🇩
This is a 120Ah battery pack, not a 360Ah. If the pack were 180 cells in parallel then it would be 360Ah 3.6V, but now it's 2Ah per cell x 60 cells in parallel = 120Ah 12V.
Ya but if you compare this as 3.7 v it's 360 ah here 3s series so voltage is more ,120 ah.
TECHNICAL DETAILS:
Each pack configuration =
60 x 18650 batteries. 60 cells are connected in parallel.
ESTIMATE capacity = 120,000 mah capacity or 120Ah.
(considering each cell is 2000mah X 60 cells)
Voltage = 3.7v (nominal voltage) or 4.2v (max charged voltage).
Each 18650 cell (estimate guess) rated between 2000mah - 3000mah.
3 packs configuration =
3packs have 180 cells in total.
3 packs connected in series. (4.2v max each pack)
Output will be 12.6v at 120,000 mah / 100,000 mah, which is an insane capacity!
--------------------------------
ITEMS USED =
Laptop charging module / charging bank module. (Supports laptop and various devices that take output 16v - 20v. And standard 5V 2A for 5v device charging. This module also acts as a voltage balancer between the 3 packs)
180 x 18650 batteries (salvaged from drill batteries. Then each cell is tested for voltage and mah capacity using a smart 18650 tester such as OPUS BT-C3100 charger or similar)
Nickel Strip / Nickel Belt strip (for high amp transfer between cells. Acts as a high gauge connection)
18650 insulator ring (to prevent positive terminal shorting with neighbour cells negative/ground side)
Shrink tube (large mm width. Its waterproof. It's used to protect electronics and cells from environment hazard, any outside hazards etc. Provides cover/external protection. It shrinks using heat)
And finally...
1 Litre of Common sense.
5 litres of knowledge.
10 litres of testing.
10 litres of safety.
Hope that helps. (I built battery packs and have basic electronics and electrical knowledge. +more. See my channel for more)
Does anyone have the Aliexpress link for the module I used to buy it?
Wow I will love to learn this from you
Very creative and useful product. But I will support a ups instead.
I love the idea, but think i would have opted for a more robust out casing to be honest,
WOW,, that's awesome,, Well-done
Nice 👍🔥🔥🔥🔥
ua-cam.com/video/r1N4xSAr718/v-deo.html
PLEASH BHAILOG SUPPORT KARDO PLEASH.
Love from srilanka😘
Wow, a powerful powerbank with tiny output current :-D
nice work mate from where do you have that pcb board i need one please
Can you make a 1.000.000 mAh next?
love this
thanks
can you link the module for us from aliexpress
What type of printed circuit board did you use? I would like to buy it too.
I always see the power bank has one or two usb ports, all of this depends on our battery power, right?
Massive battery ❤
I am impressed.
Thank you for your efforts.
I watch it often.
I hope you make good content next time, too.
And I am like for your vidio every day
This is actually crazy wowowowiw
Can you write plese name of - 2:19 component ?
And ather components that you use.
Thank you.
Am in Nigeria. How do I get the power bank board.
I am interested in this cell cleaning machine. Do you have a video of how you did it?
Yes he does. I will have to look for it.
The video title is called
Build A Tool Spot Weld Removal For All Old Cells Battery 18650 21700 26650
Soon I can make like this
That is one monumental power bank - though the term "power bank" would have to be loosely used, since this isn't very portable at all.
I'm pretty sure that all of my low voltage electronics could be taken care of using this "power bank".
I'd classify this as either a large 12V battery, or a 12V power wall, due to the sheer energy density of that battery pack.
Still, I know of a few uses that I would have for such a battery bank, though I'd have no idea where to get all of those cells from, or where I'd get a spot welder from.
Also, no this isn't 360,000mAh. Each cell is 2,000mAh which, for 60 cells, is 120,000mAh or 120Ah. By creating a 3S pack, you increase the voltage, not the capacity, so the total is 120,000mAh/120Ah at 11.1V nominal (12.6V maximum), giving a total energy of 1,332Wh or 1.332kWh.
Does anyone have the Aliexpress link for the module I used to buy it?
Which types of laptop charging module are used...
What's that multimeter u were using around 4:20
his machine for removing the spot welds is awesome
Yeahhhhh
Does anyone have the Aliexpress link for the module I used to buy it?
Bro just made a power house at home😮
Please sir! give us link to where we buy this module
Does anyone have the Aliexpress link for the module I used to buy it?
Alguém sabe onde achar essa placa que foi utilizada no vídeo ??
Does anyone have the Aliexpress link for the module I used to buy it?
Cuanto tiempo tomaría cargar esa batería de 360k mAh al 100%? 🤔🤔🤔
2000mAh is about 4 hours. So, 360k mAh is 4 hours x 180 = 720 hours / 30 days
I know that you won't give an answer to us as same as after every DIY video but I want to try. "Could you share a link of the charging module?".
I do want the same thing. I wonder what the input voltage range is. Also is there an upgraded model with usb c PD?
I also think he misses out on a huge amount of money on affiliate links.
bhi battry k sth jo carket (chip) lai hai us ka naam ya link share kr dy kaha sy mily gi shokriya
Tks from karnataka
must add extra bms so you can charge fast and use 12v for whatever you like
How do I get the BMS u used on it ?? Please
Does anyone have the Aliexpress link for the module I used to buy it?
Mexcellent job bhai
This powerbank is very important to avoid interruption from the BIOS update...
Keep up the good work
ah. The iconic Intro from 2019's
Thanks for the video
Hello brother and hou are you I am form varanasi India
I am interested to buy a module like the one that you used, do you have any link ? Or someone else have ?
Me contact
@@krisferr21 please send the link for purchasing the module thank s
@@peaceemmanuel4013 me too please
awesome... 👍🏽👍🏽
What is the name of the charging module.
Does anyone have the Aliexpress link for the module I used to buy it?
Bro v good video
Mantap mas brooo....
amazing video brother i am from pakistan please let me know from where i get these battries
Tell me the buying option for the laptop charging module
You should've used this battery to make a 12V Battery for some power backup or smth tbh
Does anyone have the Aliexpress link for the module I used to buy it?
@@ioriarpegi1 I mean, I'm an India and trust me we use either flipkart or amazon, we don't even hear aliexpress anytime soon here
Essa ficou top demais 🎊. Parabéns
Brasileiro
Slc quero faze uma pra usa quando tive acampando foda vai se o peso na bike kkkkkk mas peso e relativo ne
@@pablozombiegames 3 :)
@@Viagembikevlog verdade
@@Viagembikevlog isso aí
Nice video!
World big power Bank 😮
I'm from India
crafty - wanna know how much this thing weighs!
Amazing channel!
Mengapa tidak menggunakan BMS ?