Download "Мощный Power Bank 16000 mAh своими руками"

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PowerBank своими руками

как сделать powerbank

как сделать повербанк

портативная зарядка своими руками

как сделать

мощный power bank

зарядное для телефона

USB зарядное

сделай сам

своими руками

DIY

Power bank

with your own hands

переносная зарядка

3D печать

3D принтер

XL6009

tp4056

электроника

своимируками

каксделать

00:00:02

assemble a powerbank for my own

00:00:04

use,

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but why not if everything I

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need for assembly is available and most

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importantly, we can use a 3D printer here, everyone,

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enjoy your viewing, let's go,

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the thing is that I have three

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Boston Power 5300 batteries lying around

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milliamp hours with a parallel

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connection we get a capacity of 15 thousand 900

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milliamp hours the capacity is not bad so

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why not make powerbank batteries from them

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I connected them in parallel with a

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nickel tape using spot

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welding and note that the plus and minus on

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these batteries are inverted

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compared to conventional batteries

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18,650 where the minus is the bottom and the body of the jar, and

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here the case, on the contrary, is a plus,

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these batteries will be charged through a

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charge controller with protection, etc. 4056

00:00:58

this board will charge the

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batteries correctly and will not allow the

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battery to go dead and

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show the battery charge level at zero.

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This module will show by cell

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how many percent

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the battery is charged,

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since our battery is 42 volts

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when fully charged, we need to increase the

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voltage to 5 volts for this I decided to

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use an excel 6009 converter

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and one for 3 amperes, but with it it turned out to be not

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so simple, you will learn about this later, I will

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connect 2 USB

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sockets located on small

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scarves to the output of the converter for easy mounting,

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but you will also need a small

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switch

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plastic case for the power bank I

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decided to make it myself,

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modeled it in the solidworks program

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and printed it on a 3D printer,

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inside the case I placed all the necessary

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partitions and racks for components

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[music] I

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decided to make the lid in the channel style and

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printed the logo and letters separately

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which I glued to the dichloride on it

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looks interesting

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[music]

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I made a window for the charge level indicator,

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cut out a piece of glass from

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translucent plastic and glued the batteries to the

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lid

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and all components

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are installed strictly in their places according to the plan;

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we immediately set the output of the converter to

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5 volts, while at the same time I apply a

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voltage of 4 and 2 volts to its input equal to the

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voltage on the batteries

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instead

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I’ll install two LEDs on the charge controller, 2 3 mm

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LEDs, which you can see on the side of the case,

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I think this is a better solution than making

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another window in the lid,

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we connect all the components according to this scheme,

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everything is quite simple,

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I still connected them together except for the

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USB sockets, I used

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good quality wires here block a tx when the

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switch is turned on, the

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charge indicator lights up, and at the

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output of the converter

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we have the required output voltage of 5

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volts; if necessary, this voltage

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can be adjusted; it

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remains to solder

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2 USB sockets to the output of the converter, but first

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you need to short-circuit the data pins d + and to

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minus with each other so that phone and

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adequately perceived charging

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for convenience on the contact and plus and minus, I

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soldered the pins for convenient when soldering

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wires

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and zbigniev before we install them in their places

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and fix them with screws

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[music]

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now we solder the wires from the

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converters to them, everything is already assembled so let's

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move on to the tests I

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connected the tester and the load to the USB connector, as we can see,

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we have an output voltage of 5 volts,

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but as soon as I load the powerbank at 1

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ampere, the voltage immediately drops to 3

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volts, the outflow shows 064 amperes, this is

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clearly not a good indicator, as if

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the converter cannot cope with

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the load at 1 ampere, which is strange because it is

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3 amperes, while the converter

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quickly heats up so you can’t

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hold your finger on the situation. Very interesting, we will

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figure it out

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for the convenience of measurements, I removed the

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converter, the input voltage is

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now 4 and 2 volts, the output is 5 volts, with a

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load of 1 ampere, the converter is

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clearly not withstands, although I should

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look at the datasheet on the microcircuit, everything

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becomes clear, the minimum input

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voltage of the converter is 5 volts, and the

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sellers in the description say that from 4

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volts is an obvious deception, but the fact is that I

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bought early converters like this and

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they worked great, but with one can of

00:05:24

lithium it turns out that Previously, the microcircuits on

00:05:26

the converters were different, and in one

00:05:29

of the datasheets I found confirmation of this

00:05:31

where it is indicated that the minimum input

00:05:33

voltage for the excel 6009 is 36 volts, but

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now for some reason it looks like there

00:05:40

are other Perry-labeled

00:05:43

microcircuits now, we’ll check if this is true, first

00:05:46

I’ll try to increase the output voltage up to

00:05:48

7 volts with a load of 1 ampere there is also a

00:05:51

voltage drop,

00:05:54

but if you increase the input voltage

00:05:55

above 5 volts, the converter

00:05:58

works well and holds the declared current,

00:06:01

but the converter refuses to work with a lithium can,

00:06:04

which means

00:06:06

we will look for other ways.

00:06:08

I connected the converter mt 36 0 8 to

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2 amperes, at the same time, at its output

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I connected a capacitor of thousands of

00:06:17

microfarads for normal operation, here

00:06:19

the situation is better, the voltage sags only slightly,

00:06:22

the result holds even 2 amperes without problems,

00:06:26

but unfortunately this

00:06:29

converter is not suitable for me either, it gets

00:06:31

very hot at a load of 1 ampere and

00:06:33

this is not very good well, the choice fell on the USB

00:06:36

converter that I bought many

00:06:39

years ago, it calmly holds one ampere

00:06:42

and does not heat up very much, so

00:06:45

I installed it instead of the

00:06:47

excel 6009 converter, but you can easily

00:06:50

use the M36 08 converter, it

00:06:54

also works fine, let

00:06:57

’s check again how everything works in

00:07:00

the assembly, we load the USB output at 1 ampere, the

00:07:03

voltage does not sags, the current holds without

00:07:06

problems under load, the charge indicator

00:07:08

shows a discharge of one division with a

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load of 2a amperes, the voltage drops

00:07:14

to 4-36 volts, and on the indicator there is minus 2

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divisions, this is understandable because the cans are

00:07:21

now being consumed more than 2 amperes, but the

00:07:23

charged bank is not fully charged, in principle,

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the result suits me with one and a half amperes,

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such a cook gives out the bank without problems and

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this is enough for me, so now I

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can assemble the powerbank to the end. By the way,

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on the inside of the lid I made

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special racks that support the

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yuzbi exits from the inside and charge controller and will not

00:07:45

allow the components to fly out of their places

00:07:48

and this is how the

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homemade cook bank

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looks when assembled. In the

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future, I glued the lid to the dichloride

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on so that it would not open, I could

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attach the lid to a screw,

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but I decided to just glue it, I don’t think

00:08:07

it will be necessary then climb there and

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this is the powerbank I got with a

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real capacity of almost 16 thousand

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miliamp hours and an output current of about one

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and a half amperes, which is quite enough, it looks

00:08:25

like a good

00:08:27

powerbank, we have 2 USB sockets and a

00:08:31

charge level indicator, when the charger is connected, the

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red LED lights up,

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which means Charging is in progress, when the

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green LED lights up, charging is

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complete,

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so friends, this is an interesting

00:08:45

powerbank, it works

00:08:48

great, and also during the assembly we

00:08:50

learned about the feature of the

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excel 6009 converter, this information will be very

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useful, whoever wants to print out

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such a case for themselves, you will find a link to it

00:09:00

in description

00:09:02

[music]

00:09:15

friends, don’t spare a like for this

00:09:18

video, because in the future more

00:09:20

interesting videos await you, leave your

00:09:23

comments and share the video with your

00:09:25

friends, but also of course subscribe to the channel

00:09:27

if you haven’t subscribed yet,

00:09:29

thank you all for watching, good luck and

00:09:32

good mood to everyone

00:09:35

[ music]

00:09:52

[music]

Description:

В данном ролике сделаем с вами Мощный Power Bank 16000 mAh из аккумуляторов Boston Power. Так же в сборке применим 3D принтер. Помоги каналу донатом на деталюшки! - https://www.donationalerts.com/r/diy_energy ✔ 3D модель - https://www.thingiverse.com/thing:5198552 ◆ Аккумуляторы Liitokala HG2 18650 3000mAh - http://alii.pub/67l2u5 ◆ Модуль XL6009 - http://alii.pub/67l2xu ◆ USB тестер - http://alii.pub/67l30k ◆ Модуль уровня заряда - http://alii.pub/67l31j ◆ Контроллер заряда Tp4056 - http://alii.pub/67l37d ◆ USB разъем на плате - http://alii.pub/67l385 ◆ DIY корпус для PowerBank - http://alii.pub/67l394 ◆ Переключатель KCD1 - http://alii.pub/67l3c8 ✔ 2 доллара за 5шт 1-4-слойных печатных плат; Плата PCBA от 0 долларов США: https://jlcpcb.com/DVK ★ Скидки на AliExpress ► https://error.taobao.com/app/tbhome/common/error.html ⚠️ПОДПИСКА НЕ ПРОПУСТИ ВИДОСЫ - https://www.youtube.com/channel/UCGs-svxV4NZa1j96fTZiCGQ?sub_confirmation=1 ═════════════════════════════════════════ ✔ РЕКЛАМА НА КАНАЛЕ! - https://vk.cc/6gIA3S ★ Группа в ВК: https://vk.com/diy_energy ★ Мой интернет магазин - https://vk.com/diy_energy_products ⚠️Мой Instagram - https://www.facebook.com/unsupportedbrowser ★ Партнерка AliExpress! Верни до 10.5% от покупок - http://allshops.me/redirect/cpa/o/p0mxkrv88lg7saz018mdy4gqqhebfhlr/?_shorturl=https%3A%2F%2Fali.pub%2F23eqw8&_shorturl_sign=bc6697944f681f8323808cf195921f7f ═════════════════════════════════════════ Наши предыдущие видео: ◆ Генератор Факельного Разряда. ФАКЕЛЬНИК: https://www.youtube.com/watch?v=9vO7sF94ams ◆ Простой ремонт Зарядки Lead acid battery charger 48V: https://www.youtube.com/watch?v=yxceSpDDpJ8 ◆ Panasonic RX-ES27. Установка Bluetooth аудио модуля (AUX) : https://www.youtube.com/watch?v=ig018220iE8 ◆ Мультиметр DT-9208А. Съемник изоляции Tolsen: https://www.youtube.com/watch?v=XNyZPCFG1BI ◆ Усилитель звука 2x18W на микросхеме YD1028: https://www.youtube.com/watch?v=gbLmt6X_8pE ◆ Мини Катушка Тесла на IRF740. Качер Бровина: https://www.youtube.com/watch?v=9aJkTGP-tPs #diy #сделайсам #интересное #физика #эксперименты #наука #хобби #самоделки #радиотехника

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