How to make Rechargeable 1.5v Li-Ion battery | DIY Rechargeable 1.5v battery at home
Вставка
- Опубліковано 11 гру 2021
- In this video I show how to turn a non-rechargeable 1.5V battery into a rechargeable lithium battery at home and charge it with an adapter
To make this rechargeable battery, we use a 3.7 volt lithium battery and bring it to 1.5 volts using a reducing regulator.
To charge the 3.7V battery, we use the charging module, but due to its inappropriate size, we have to remove it from the board and change it to smaller dimensions.
How to make Rechargeable 1.5v Li-Ion battery | DIY Rechargeable 1.5v battery at home
---------------------------------
Datasheet file link:
drive.google.com/file/d/1h0Ko...
---------------------------------
List of tools and parts:
drive.google.com/file/d/1hNTn...
---------------------------------
about this video :
rechargeable 1.5V battery
Rechargeable 1.5v Li-Ion battery
How to make Rechargeable 1.5v
DIY Rechargeable battry
---------------------------------
#Penguin #PenguinDIY #homade #howtomake #DIY #1.5vLi-Ion Rechargeable#
I'd just go to the store and buy a pack of 4 rechargeable batteries but this is a really cool project keep up the great work
Lazy
@@takeyourheart114 earning the money to buy the thing isn't being lazy. I just don't see the point of only being able to charge 1 battery at a time.
@@takeyourheart114 this battery's capacity is tiny. It's a cool project sure but it sure as hell isnt practical. Better off buying a commercial solution.
@@TheArachnoBot next video "I installed a USB port in the gas cap of my car to charge my car along with my iphone."
@@takeyourheart114 what??
I used to solder under a microscope (for rocket parts and other stuff 😉). This lads soldering steadiness is above average. Not many people can have such a steady hand. The technique is flawless. Kudos on the ingenuity too!
lol
1:15 What actually happens there??
Это в твоей стране считается мастерством пайки? Какой позор!
@@vladimiryakovlev9373Nachuj suka blad fashist okupanty! 🔥💥
The most impressive thing is how well you condensed the charging circuit, well done
I would love to see a video dedicated to how that was done. Very impressive
1:15 What actually happens there??
@@ahmadrandhawa238 he just soldered all the SMD components together without a circuit board, to make it super tiny
o thanks
Yeah that was pretty badass
One of the cooler videos I've seen so far in electronics. I dunno how you can manage to keep your hand that steady. Good stuff.
Keep your mind cool and steady, buy an NiMH battery it works better and last 5x longer
Далеко от розетки не отходи! Lm317 как и любой стабилизатор потребляет гораздо больше, чем часы. И хорошо, если автор заменил резистор ограничения тока на tp4056 на соответствующий аккумулятору. И если в аккумуляторе есть плата защиты. А вообще молодец в части миниатюризации.
дороговато для одного акума , чтобы спрятать его в часах
There was a lot to talk about like using a voltage regulator , high voltage to low conversion so it can provide amps for a longer period. But for me the best part was how compact every thing was, I have some experience with electronic components and I know how difficult it is to combine them in such a tiny space.
Good Work Keep it up.
Grazie 7hbb
Kiale
اقا منصور هم وطنیم؟
Problem is when you use a linear regulator instead of switchmode you are burning the difference between the input and output voltages.
Repent to Jesus Christ
“Search me, God, and know my heart; test me and know my anxious thoughts. See if there is any offensive way in me, and lead me in the way everlasting.”
Psalms 139:23-24 NIV
H
That's a lot of work just for something like that and you sir have done the most EPIC and splendid job 👏 doing it. Hats off to all the time and effort that went into making this video. Wow! Subbed!
Omg how is this possible????
This UA-camr have amazing talent
Those tiny parts soldering and clean looking...wow
Welcome to another episode of diy pro. Today, we will be transforming a battery into an indoor campfire. Lets get to it
You made my night with your comment. Thank you. 🤣👍
@@FedeG86 I hope you followed the instructions carefully, otherwise you will be cold tonight :)
the deadbugged charging circuit looked a bit tight for my comfort, but it turned out fine. incredible soldering skills there.
just get boards ordered ffs lmao
yeah, thats what i thought, n after all that they dont last forever 3 years n doing it again, but great soldering for sure.
Repent to Jesus Christ
“Search me, God, and know my heart; test me and know my anxious thoughts. See if there is any offensive way in me, and lead me in the way everlasting.”
Psalms 139:23-24 NIV
K
@@seekhimwithallyourheartand3358 it's nice that you're religious but I dont care and don't try to convert me
@@seekhimwithallyourheartand3358 what r you talking about? Did u forget ur medications.
I respect your soldering skills. They are impressive!
Есть готовые решения и готовые модули . Но ваша увелирная работа -искусство .
Честно ,мало у кого есть столько терпения ,чтоб столько возиться с микроскопическими компонентами .
Wow such fine work👏
I subscribed you
I love you
@@khorshedalam9095 nema prevod na srpskom ?
Hello inventor 101
Hello Inventor 101
I'm not sure this is overly practical, but I love the meticulous attention to detail! Excellent work!
It is... especially if it scaled up.
Thing is... idk why Duracel, energizer nor Rayovc makes Lithium batteries.
(Maybe they do and I'm just mistaken. Cuz I mainly buy Energizer AA and AAA rechargeable batteries)
@@ericolens3 I only meant not practical because a typical AA battery has a capacity of about 2500mAh, and this one has 180mAh. If you could scale that up somehow and still fit it within the casing, then sure.
It's really not. however putting the circuit inside of the device itself would allow for a larger battery and the proper protection circuits, and that would be extremely practical.
Wow I'm so glad I clicked on this. Your production quality is top shelf. Great work my friend
Impressionante! seu conhecimento é digno de orgulho.
Finally someone who does the extra effort and documents everything, shows step by step and makes something actually interesting and functional using their own solder work and circuit design. 11/10 You have earned my respect as a hobbyist electronics engineer and a sub. You have done more than 99% of youtube electronics videos I have ever seen. Please continue making great things no matter the effort required. I love your attention to detail and it shows in the end results.
this is cool but why would you charge one battery instead of charging four battery's at once?
@@wille69 Because it's a Durasmell. The smell that lasts.
Mă Bădăranii cu canalul tău
That is an amazing project, but not easy! Definitely inspiring and challenging!
Ingenious. You work very carefully. I really like the quality of the solders. Your LM317 controller is great but it stays permanently connected to the battery and of course has a low consumption that will quickly drain the battery. Success in several projects.
Most people do not understand the satisfaction differences betwen buying and making. This is really cool man. I love it.
Very cool! That takes patience and a steady hand. Very impressed!
Amazing work, so patient and meticulous !!! And the thumbnail wasn't clickbait 👍👍👍👌👌👌
More accurate title: how to explode your entire kitchen
This music bring me back to the old days, like a sailor looking at the horizon remembering when he first step foot on the mighty sea, except it’s me remembering the early days of UA-cam. Lol
So, to make a battery, you hollow out a battery, put another battery inside, along with some electronics, and then need to scavenge parts from a third battery
The battery he hollowed would of ended up in landfill
+ you must count the amount of work and time to do it too. It's just pointless to do it and waste your money for like 200mAh which is nothing compared to average 1 dollar battery that can easily store 1500 - 2000mAh which is like 10 times more for 10 times less money
Interesting exercise. Certainly cool as a maker project. However, aside from the questionable handling of the electrolyte, the end results seems not worth the effort. First of all a regular alkaline AA battery is probably good for 1500 mAh, and a NiMH rechargeable AA is easily 2500 mAh and up. The 180 mAh lithium ion battery is really measly in comparison. I also wonder if there is any heat issue when you have to squeeze the voltage from 3V+ to 1.5V. My criticism/doubt aside, I applaud your efforts.
Trabajo en electrónica y concuerdo contigo el amperaje final es pobre ... cómo para un control remoto ...
you have to look at the Wh not mAh when comparing different battery voltages/chemestry but I agree that the small Li-ion pack he used is small because he cannot fill the battery space as efficiently as you can when the battery and shell is designed for each other.
He put a pair of the 180 mAh batteries in so its 360 mAh. Pitiful beside the commercially manufactured versions of these batteries which typically have around 1500 mAh capacity and up to 3000 for the versions that use a separate, special, charger. Can't just pop them into any old NiCd/NiMH charger.
It might be a little dangerous but I'm impressed at how skilled you are
You are just genius. The ink on plastic to mark a spot is amazing
Cute idea, but here's a cray bit of knowledge: You can actually buy rechargable batteries that fit four to a charger, and get four charged batteries at a time instead of just one.
No way! That’s crazy! I did not know that!
good luck finding ones that are actually the proper voltage. Also, this video is hella interesting even if not the most practical everyday thing. It shows step by step how some of the high tech things we have in today's world can be put together in the real world that most of us rarely think about, let alone visualize.
The pack I got came with a 4 micro USB connector adapter, so best of both.
This is a cool project, but there are some practical issues. The capacity of the lithium battery is low, so you're not going to get as much energy out of the battery as you would from a regular battery. The LM317 is a linear voltage regulator. It converts the excess energy into heat and has a terrible efficiency. A buck converter is better suited for this type of task, but it puts out dirty DC. Shrinking the charging circuit is *dangerous* if you aren't careful. One mistake and it could malfunction and put the lithium battery into a dangerous state. Lithium batteries are no joke, if they become angry they turn thermonuclear. Consider a slimmer charging circuit and a USB breakout connector instead. I know how hard it is to make electronics fit into a tiny space.
Try a resistor in line for ground
🤓
@@My.OC.Is.Complicated Nerds rule the world today.
I totally agree with other's on how tight a tolerance it is to cram all that technology in such a small space.
Proper tools make all the difference in the world.
you can buy these batteries online. But it's neat to see all the stuff they have to have stuffed into them. Didn't expect someone to be able to DIY one.
180Mah? Totally not worth it, but the precision and accuracy are admirable. Great job anyway!
180 * 2
180*2 and that was at 3.7v i think it would be a bit more at 1.5v
I wish all batteries were like this… incredible that it’s possible but not done by the industry. Great job 👍
Those 1.2V batteries are worthless. it's better 1.5V batteries for charging, but they are forbidden. it's called corporate fascism.
Ummmmm have you never heard of rechargeable batteries. The last time I hade to buy AA was 4 years ago. You should look into them.
@@Marko_Maxa lol
@@joenasty4395 What I meant by ‘like this’ was rechargeable using a single port… not requiring an additional bit of hardware.
@@ButterfatFarms Fair point. But like all things, options are ok. I don’t use a lot of batteries, however in the case of just needing to recharge a single battery for a low usage item, this looks like it would be a valid solution where an additional charger wouldn’t be required.
Sir...🙏 You are absolutely GENIUS in his work.👌😘👌😘
Можно ведь было измерить сопротивление на переменнике и заменить его на миниатюрный, аналогичный СМД резистор.
Работа 👍
Немного кустарный монтаж .. можно все разместить на одной плате .. ещё можно на одну плату параллельно насобирать полтора вольтовые аккумуляторы .. и заряжать от мощного зарядника .. будет больше ампер на выходе ..
the linear regulator is going to waste 50-75% of the energy going out of the lithium cell, using a switching converter would have been a much smarter move
aguante PWM, nothing else matters
Share some knowledge please? I'm interested in having more than one option for my voltage.
@@LazySpaceRaptor just search for buck converter ICs, the low power ones include everything inside the IC itself, they are either fixed voltage or adjustable via external resistors
Wow
You would still need an external capacitor. And equipment that uses batteries, typically does not expect a noisy power source. So you really need enough capacity.
وقتی ادم سلیقه داشته باشه نتیجه عالی میشه .درود بر شما🌹🌹🌹🌹
ممنون
Dude, messing with those small parts is one thing AND THEN THE STOP MOTION STARTED 😱
The first kid to copy your monkey level safety standard is going to lose some fingers.
Don't ever do this! You could really get hurt depending on the battery chemistry
plus it could explode: sending sharpnels all over, plus not using gloves bothered me a LOT
The most likely injury to happen when disassembling an alkaline battery is that you slip and cut yourself. Unless you're working in an oven or surrounded by exposed circuitry. at most you have the potential of some skin irritation due to the chemistry and I would imagine that's only going to happen from prolonged exposure or if you have sensitive skin. It's mostly safe. Just an absolutely inane modification.
Even the way he was holding the scalpel was bad!
@@_azureAutumn Explosions are only a risk if you're dismantling a lithium battery. Alkaline and regular batteries are nowhere near that volatile.
I agree. This Penguin dude is an irresponsible d-bag putting out videos that some hayseed might think is useful when they are poisoning themselves.
Leave batteries alone you diy fools.
I liked the edition you made in the micro components of the charger, they are very nice haha
(Whistling sound) 😮 🎵
THAT, is an awesome solder!!!!
😂😂😂😂😂
Wow you have a great knowledge and finishing as well as 🤟
Keep it up bro ⭐⭐⭐
seriously this was awesome,no one would have thought of doing so,great sense of mind you have,hope your such videos would grow and your channel would become super famous
Thank you for the encouragement.
@@PenguinDIY Welcome
nitip jejak
You know they sell this things i bet that's where he got the idea
How are you
Wow! Was für eine Mühe dahinter steckt. Aber wahnsinnig gut gemacht 👍 😊
Poor conditions are showing how we are genius.😊 Great work. Thank you for video.
All is great, but in that way there is no low voltage protection. Congrats for the work.
I can't remember what the cut off voltage is for that voltage regulator but it will basically shut off before the lithium batteries gets completely drained.
Low voltage protection would really only be needed if it was connected directly to the lithium battery but its not, and the regulator will stop outputting any power before it drains the better too much.
This is a great idea. I would love to see this mass produced. Except for the LM317 voltage regulator. That is such a huge waste of energy.
Only sensible option would be to use switch mode regulator instead of LDO, but such solution is more bulky (especially inductor). At this moment more than 50% of energy is simply dissipated as a heat.
I think you can already buy batteries like these on amazon and stuff
Batteries exactly like this already exist and have existed for quite a while. Except they have more capacity.
خوشحالم یه ایرانی بلاخره داره چیزای خوب، تو یوتیوب میذاره
ادامه بده موفق باشی
ممنون❤
New caption: “how to potentially burn down your house!”
Very cool. These are commercially available but seeing how the engineering works is interesting.
Its already exist on Amazon
Amazing build. Such precision. You ought to be a surgeon with such steady hands. Thanks for sharing this with us.
I do not have the spirit of being a surgeon.😄
Glad you enjoyed watching the video.
Kef halek
At first i thought this was just some more clickbait but no way you blew me away!!!
Looks straight forward enough, going to give it a go.
You pushed the limits. A valuable video.
Congratulations.
Thanks
I was scrolling on youtube i came across this video.. this is awesome i can understand how difficult it went, to fit all those parts in such small space
It seems like your new channel so best of luck for future👍
Thanks
cool!! i love it! I hope the future of this thing will be sold like normal appliances. It's small and easy to use and harmless.
Passando aqui pra deixa aquele like 👍 vc é muito inteligente
Very complicated bro....😮👍
Nice video...👍
I can appreciate the craftsmanship that went into creating these. I just wonder if there is any real benefit to these. I also had a hard time getting past how annoying the music was.
Fairly certain there's no benefits, seeing the battery circuit bodged together made me cringe, having parts as close as this is asking for parts to overheat.
Craftmanship lmao
You deserve a like friend 👍.
I'm inspired by you,
Btw love your videos.
Man you're a son of your mother!
Congrats 👏 👏 👏 👏 👏
That's kinda dangerous and bungled, but still very impressive. How long does this battery last inside the clock you showed in the video?
Hearted comment but no answer xD
@@epsilonadept7301 probly stil measuring
@@epsilonadept7301 they ❤️ all of them, probably low english comprehension and just click instead of read.
the battery discharges the stabilizer faster than the alarm clock , in principle it has a large transverse current
@@sharadkumar8353 probably XD
Man, your hands is pure clock mechanism, all is accurate and wow, how compact it and good compounded
It's really awesome how you assemble it all together
But there's one point, capacity of that system is near 360 mAh, when in worst salt AA battery is near 500 mAh, so actually needed some other designs about accumulator choice
360 mAh is defined for 3.7 V output. In this project, the output is 1.5 volts, which is calculated as 888 mA.
@@PenguinDIY it said 180 mAh on the battery. Were you using two cells?
@@PenguinDIY Good point, that wasn't taken by me
But isn't your ac-ac just emitting most amount of lowered energy in heat, so basically it between 360 and 888 mAh
And thank you, it made me think about capacity convertation, so that was useful
(And sorry for my English)
@@PenguinDIY What do you mean, "calculated as 888mA"? That doesn't make sense. Did you mean you think you can get 888mAh out of a 360mAh Li-ion battery by running it through a linear regulator? If so, you're not understanding how energy is lost in a linear regulator.
Pretty nice! I'd be concerned with it having no low voltage cutoff on the lithium cell though
Why don't you use SMPS as voltage regulator rather than linear regulator? I saw some of these with really small main boards and great current source capabilities. It would extend lifetime of such battery. Nice project, good job.
I have never seen something like that absolutely amazing work 👏
Impressive solder skills along with the patience required to do this.
You are an artist Penguin! your work is fascinating!
Miniaturization at its best. Kudos dude!
DIY my @ss! Totally professional work! I may never be able to do it myself. Awesome job dude! I got speechless with the attention to detail. Many cheers!
yeah, I kinda figured he or she is in the electronics field, more than likely
Wonderful Video I like The Way You Arrange All the Components in a AA Battery.
In Future Video I suggest you while charging the li-ion or li-po battery adjust the CHARGING CURRENT this will enhance the battery health performance.(For example Battery has 450mAh So Charge with 450mA or less) AND TP4056 HAS A ADJUSTABLE CHARGING CURRENT BY CHANGING (R2) RESISTOR.
Thank you for your attention
The offer is useful and interesting.
I have never seen in my life better way, how to set house on fire. Awesome!
Очень круто. Руки растут из правильного места. Лайк и подписка!
instead of potenciometer you could have used normal resistor or two since its role is only to tell regulator how much voltage to output and not much current goes through it
How are you
He did this so he can fine tune the output.
@@jonathanfairchild once tuned he could measure the resistance across the POT and replace it with the equivalent resistor.
@@jonathanfairchild i know but after finetuning you measure potentiometer and replace it with resistor :)
@@Ezio470 you can also just calculate it, it's a simple ratio.
I can 100% guarantee that cost more than an entire pack of rechargeable batteries. BTW, how did you dispose of the original battery contents?
Ok....No more questions.....lol
No way, this is from Great Britain. More possible India, Pakistan or Indonesia. Waste???... just throw it in the sea. If you can't see it, it's not there.....😖
I learned my lesson on not messing with batteries. Shocked myself. 😅
Very creative. I liked your excellent ideas 👍
Best thumbnail
Best video
Everything is grate
But please 🥺 change fonts
I am addicted to your creativity.
Thank you for your kindness and attention to detail😘
Well
very nice project and absolutely amazing how you managed to fit everything inside an AA-Battery. But without over discharge protection your battery will die fast. And the capacity is not that high but enough for low energy consuming devices. NiMH Eneloop Batteries have 2000mAh and yours only has 540mAh (compared to NiMH because they only have 1/3 of the voltage)
The battery in this project is only 180 mah
@@TheArachnoBot Yeah but it has 3.6V while NiMH only has 1.2V
So you have to to multiply it by 3 to compare them
@@lukasoffen2420 Nope. That would be the case for a switching regulator but this has a linear regulator which just converts the extra voltage to heat.
Very cool. I’ll add this to my list of things I’ll never be able to create 😀
DIY BATTERIES EVERYONE!
"pulls out Micoscope"
EVERYONE: leaves
Wow, awesome I know how difficult it's to solder smd components. But really loved your work.. 👍🏽
My first ever UA-cam comment.
thank you
Thank u
really cool fine work, but totally pointless energy wise, an Nimh battery will provide between 2-3Wh of energy is will provide 240mWh of energy and about 300+ mWh of waste heat. But even so if a thing takes 2 AA batteries it usually will run off one li-ion without reduction of voltage. because 2 AA can provide 3.4V when completly fresh as long as you have a circuit to cut off discharge at like 3V to 2.5V it will be fine (depends on cell).
After dealing with so many leaking batteries with the Duracell name on the side I will most definitely NOT waste time doing this. Duraleaks will NEVER be in my hands ever again.
This mans hands are so steady.. almost no tremor or shake.. surgeon hands
Skills. Props. The attention to detail. Wow.
But 180mAh?.. That'll power my TV remote for like a day. Still, very cool.
Great project! Is there a low voltage cutoff for the Li-Po-pack?
Nope. LM317 is linear regulator, it does not provides BMS functions like LV cutoff.
@@macieksoft Okay, thank you.
@@macieksoft what if he used other version of tp4056 which has current protection?
It would seem not.
Genial, soldar todo sin una PCB, enserio si se soldar a esa complejidad, muy fácil de hacer en casa.
You my friend are a soldering ninja!
Whoa man! You add lightning effects and metal locking SFX to the stopmotion and you got yourself a certified series pilot on your hands! Great animation!
Eres un Einstein, goliat de las ideas, steven Hawking de los positivo y negativo, ingeniero, prodigio, bruce wayne, cerebro colosal, crack, genio, idiolo. Gran trabajo y buen video.
The art of assembling an extraordinary electronic circuit, amazing 👍👍
Que habilidad hermano!
Insurance agent: "sir it seems your house caught on fire from a small alarm clock battery. Any idea how that could have started?"
People who have watched this video: " Well, you see. .... Have you heard of UA-cam?"
Use a hot glue gun on the solder joints after soldering to give the components strength and reduce the chance of shorts.
Gotta watch out for heat though. Some devices draw at a higher discharge rate, and can turn that hot glue into hot goo. Best to use an epoxy to pot the electronics. But yes, protecting the circuits is ideal.
The correct thing to use is chloroprene rubber glue e.g. Kafuter 1668 or similar. It's designed for reinforcing components and soldered leads on PCBs.
Mojang : *give us Minecraft *
Minecraft fans : we need more, we need modded Minecraft
Duracel : *give us batteries *
Duracel users : we need more, we need modded batteries
This video is about how to make a 1.5 battery from a 3.7 battery ? Great idea! Now it would be even better to make a battery for a wristwatch from a car battery - it would be cool in general...
Fácil de fazer 😜