Multi Function Mobil Battery Backup 3000Mah

Tech/Info313

Transcript

00:00Hello friends, Assalamualaikum, my name is Rahil and you are watching Technical Experiment

00:06Today I will make a lithium ion battery in cells

00:10This is lithium ion cells in cells

00:13This is 3,000 image cell

00:17This is the original LG Chem Company cell

00:22In cells I will make a 12 volt battery

00:25I will make a known battery

00:27How to charge it and how to change it

00:29This is the battery

00:35This is the battery

00:37All the casing I have had to be able to save the charger

00:43We will start the battery

00:47I will make it long

00:48so here is a meter, here is a button, here is the output of the female

00:54so this is the way I have cutting and cut it

00:57I use this 300 watt 10-ampair converter

01:05this is 10-ampair but this is 10-ampair not

01:08this is 9-ampair converter

01:16this is the 300 watt 9-ampair buck converter

01:22auto cutoff and battery full charge

01:25this is the 3s 40-ampair balancer bms

01:37this is the 3s 40-ampair balancer bms

01:40it will use this and here is the volt meter display

01:45this is the charging charging

01:48this is the 10-ampair wala IC 3s bms

01:53becomes there

01:54So, my battery is 9A

01:57I also use a balance

01:59It is a female

02:06This is a charge

02:10This is 10A

02:12This is a distance

02:15I also use this one

02:19So, let's start the video

02:24subscribe to channel channel subscribe

02:27so subscribe

02:29so start

02:30spot welding

02:33spot welding

02:38swm 10

02:40so

02:45sport welding

02:47I will play an alternative to this type here.

02:54Let me show you how this type of device,

02:57this type is the same type of device,

03:00the type of device is the same type of device.

03:11display

03:14yeah

03:16charging

03:17female connector

03:18I

03:20I

03:21I

03:22I

03:23I

03:24I

03:25I

03:27I

03:28I

03:30I

03:31I

03:31this

03:31I

03:32I

03:33I

03:35I

03:36I

03:40էुए Շस तरीके से मैंना है հेसोल्ड कर दिया है यहाँ पर

03:44ian 2 कर देखिते हैं यहां पर वित करने के लिए तो इसको मैं फिट कर देता हूं तक

04:00charging to beatery

04:02to indicate

04:04power

04:05i will put the female

04:08charger

04:10you can see

04:13if you can see

04:18LED light

04:18and female

04:22LED light

04:24point

04:24negative

04:26negative

04:26and

04:27positive

04:33here

04:34clear

04:36LED light

04:38charge

04:43positive

04:45resistance

04:47use

04:48one key

04:49you can see

04:52now

04:55work

04:56and

04:57support

04:58first

05:06add

05:08so

05:08it

05:28is

05:55You can see that you can see the spot building.

05:59spot welding and iron use is a lot of difference, spot welding doesn't get the battery life

06:07because spot welding has a lot of pressure, iron use is a lot of pressure, so it's a lot of

06:16pressure

06:16so you can see that professional spot welding is a lot of pressure

06:28I am not sure how I can see the

06:31the

06:33the

06:34the

06:35the

06:36the

06:44the

06:45the

06:47the

06:47so

06:49so

06:50so

06:52so

06:53yes

06:56yes

06:56yeah

06:59yeah

06:59I will show you the spot building.

07:01You can see the spot building.

07:05This is the positive point.

07:08I will show you the negative point.

07:47I will show you the spot building.

07:49Now I will show you the spot building.

07:53I will show you the spot building.

08:05...

08:07so we can add this to the display

08:10this is the button

08:17this is the display

08:19this is the input

08:20for charging

08:22and here

08:24this is the output terminal

08:27so

08:29this is the soldering

08:31here

08:32it is the soldering

08:39we can fit the battery

08:42in this way

08:44this is the positive point

08:47this is the bms

08:50this is the bms

08:52this is the bms

08:54this is the bms

08:55this is the bms battery 1

08:58and this is BMS battery 2.

09:00If you want to 0,

09:02here is battery minus,

09:03here is 4.2,

09:05battery 1,

09:07battery 2,

09:088.4,

09:0912.6,

09:10this is positive,

09:13this is negative,

09:16this is B1,

09:17this is B2,

09:18this is B2,

09:22this is B2,

09:26and this discovery tier 2.

09:28This is B2 with maybe

09:30so I take so far one bag,

09:36this is a bundle bag,

09:40on the next one,

09:41we broke again,

09:42this is D

09:472

09:482

09:481

09:492

09:503

09:552

09:56I will put the window

09:56I will put the window in the back

10:08At the same angle you will put the window on the back

10:15When the window is positive, it should be positive

10:17If the window is negative, it should be negative

10:20I don't need to do it.

10:22In this case, we have 4 wires

10:26and we can connect to it.

10:27When we are soldering,

10:29it will be easy to do it.

10:35Now, we can see the diagram

10:44and see what we are doing.

10:49We can see the wiring

10:50this is positive here and this is negative here

10:56so this battery has been positive here and negative here

11:00in both of them, I can add a bag or something like this

11:05so I can get this bag first

11:09first I can add a bag

11:10I can add a bag

11:16I can add it in the bag

11:18I can add the bag

11:23place in this bag

11:23and we will add a bag

11:24same bag

11:27and we can add the bag

11:28on this bag

11:28we will add a bag

11:32easily

11:35we will add the bag

11:36now

11:39this bag

11:39you can see this is a good side of my apple I decided I'm not adding aspect of the

11:46future to study as a beautiful baby to fill out let's call it our whole name

11:52was key wiring car let the job joe is created here yes come back to positive

11:56minus a year we minus a or year positive for you positive yet four point two

12:01where you before point two or year 8.4 a year early weight point for a time

12:05we have parallel to this negative point

12:11this is the negative point

12:13this is the 8.4

12:20this is the positive

12:25this is the positive 4.2

12:31this is the positive 4.2

12:42All the connections you can see is complete

12:45Now I connect BMS

12:48I use double tape

12:54I use the polarity

12:59I use the polarity

13:01You can see the polarity

13:02I use the polarity

13:14I am solding in it

13:22Now I will connect all of this

13:25I need to keep this wiring

13:36Because if BMS

13:41I don't have a short circuit so you can use the battery

13:49I will use the battery voltage

13:564.2

13:598.4

14:0112.6

14:03now the battery is full charge of 10.28 volt and the output is 10.28 volt

14:14I will recover from the taping system

14:20I will recover from the taping system

14:25I will leave 2 points

14:28I will leave the charge of the input and output

14:32I will recover from the battery

14:56the power of the battery is a positive

14:5810.28 volt

15:00now we have the connection

15:03I will drop the battery

15:07I will remove the battery

15:12Yes, I am going to put it on the output connection.

15:20This is the output connection.

15:22I am going to put it on positive.

15:24This is the washer.

15:26This is the washer.

15:29And this is the nut.

15:32I will put it on the rate.

15:43I will put both of them in the description.

15:45Now we have negative, we will put the terminal to the left.

15:57I will put the terminal to the left.

16:03you can see it

16:05yes

16:17yes

16:19if you are

16:19this is the

16:20input

16:22output

16:24the connection is here

16:27now we have to press the button

16:32this button is here

16:36total wiring

16:39wall meter display

16:40wall meter display

16:48yellow and red wire

16:49wall meter

16:52connection

16:54red

17:02yellow and red wire

17:06we have to press the button

17:10wire

17:12minus

17:15wire

17:16button

17:17right

17:18and

17:19I will

17:20get the

17:21button

17:21and

17:21link

17:30link

17:32here complete connection

17:37top bar here is

17:38to put the bucket inverter

17:40to put it in a bucket inverter

17:42before the bucket inverter

17:45to put it in a bucket inverter

17:45and then I connect the bucket inverter

17:48so that the heat

17:49will be the battery down

17:51if you put it in a bucket

17:53then we put it in a bucket

17:57here

17:58put it in a bucket

18:02and then I will add

18:02so

18:03I will add

18:04I will add

18:04and then I will add

18:05the bucket

18:06so

18:07we're going to be logged in

18:09In my morning, I will be working

18:12which are the two holes

18:13so that we can connect

18:15Did we put a battery system?

18:31We can connect inside this battery

18:31It's got the connection

18:33connection here, this is the bucket inverter here

18:36from here to here to here to here to here to here

18:38connect connection

18:41I will show you input plus input minus

18:44output minus and output plus

18:46so we will give it here

18:48so I will mark it

18:521,2,3

18:54Music

18:55Music

18:57Music

19:00Music

19:05Music

19:06I will connect the first thing to do.

19:11I will connect the second thing.

19:16I will connect the second thing.

19:27Here is a great deal.

19:29You can see all the stuff that I have put in.

19:33a converter and the battery's connect and many other components.

19:43Now this is the wiring position.

19:47First we put the wiring here and set it as a variable.

19:51We add 15.5.5.5 propeller charge.

19:55charger okay 153.5,5.5 hyper charger

19:59is when input

20:00and output

20:01our battery charge

20:03is 12.6 volts

20:05and 1 cell 4.2

20:072 cell series to 8.4 and 3 cell series to 12.6

20:12so we will give the voltage to 12.6

20:16so we will have variables to settle

20:19so we will have 4 holes

20:20and we will have wireing

20:25so we will have polarity

20:31this is the point

20:33which is does minus

20:35and this is the point

20:38ok

20:39yeah

20:40i can get more

20:42it goes

20:44as

20:44it's

20:45there

20:45here input minus here output minus here and here input plus here and output plus here

20:51which is up to you do this is minus here and here input plus here and output plus

20:58here we are positive here input negative here input negative here input negative

21:27to put negative input positive

21:29don't know

21:29yeah

21:31yeah

21:33yeah

21:34yeah

21:37yeah

21:38yeah

21:39yeah

21:40yeah

21:41yeah

21:41positive

21:42Here is a point of negative

21:43Here is a positive

21:47So, if we don't know this

21:49This is a stay at the end

21:52An easy

21:59You can see the location of some of these

22:00So, this is our式

22:00To give away

22:07This is a small point

22:09It's a negative

22:09And this is a positive

22:11positive

22:13negative negative

22:13positive positive

22:14positive

22:15this

22:16this

22:18input

22:19wiring

22:20is

22:20in my opinion. Here is the output of the output and the output will be

22:27used.

22:28The output of the output is used.

22:29The output of the output is used.

22:50minus output minus

22:51here is clear

22:54input

22:55now I will show you

22:58charger

23:00charger

23:01charger

23:02charger

23:03charger

23:04charger

23:05charger

23:06charger

23:07charger

23:08use

23:08charger

23:1019

23:15तो जितने वोल्ट के आ रहे हैं

23:18उसी साथ से इसके इसके इनदर

23:19वोर्टिस वेरियबल सेट कर लूँगा

23:21यह मैंने charger connect कर लिया

23:27तो जीसी अब निसके इनदर लगाता हूं

23:29तो आप देख सकते हैं इसकी light ओने जाएगी

23:32यह आप देख सकते है

23:35इसकी light हो चुकी है

23:36यह आपको green color की light नजर आ रही हो की चलती भी

23:38और नीचे भी अगर आपको दिखा हूं तो मैं

23:40यह आप देख सकते हो यह light भी चल चुकी है

23:43तो यहां तक इसका connection आप

23:46समझ चुक है

23:46यहां तक इसका connection हो गया है

23:48complete यह बटन लग चुक है

23:50अब मुकमल यह बन चुकी है

23:53बस अब हमें करना क्या है

23:54अब इसकी battery की जो charging है वह

23:58battery charging converter में वापस ही न आ जाए

24:01तो इसके लिए हम यह 10 ampere वाला डायवोड रहेंगे

24:03यह 10 ampere का डायवोड है

24:05आप चाहें तो 6 ampere वाला भी यूज कर सकते है

24:07लेकिन मैं यह 10 ampere वाला यूज कर रहा हूं

24:09इसको हम यहां पर कहीं side पर लगा देंगे

24:12उसके बाद इसकी variable को set के से करेंगे वह भी आपको दिखाता हूं

24:15तो डायवोड में लगा दूँगा

24:18डायवोड में लगा दूँगा

24:19इसके positive fire पर

24:24डायवोड की जो

24:25आपको दिखा दूँगा

24:26इस तरफ से current जा सकता है

24:29अगर आप इदर से current देंगे

24:31तो यहां पर current पास नहीं होगो

24:33अगर आप इस side वाली से current

24:35पास करते हैं तो यहां से pass हो जाएगा

24:36जहां यह silver पट्टी है वहां से current पास बिल्कुल नहीं होता है

24:39तो हमार को इस तरीके से लगाना है

24:41ऐसे आपको दिखा दूँ जासे कि

24:43इन converter में से आरी पावर

24:45बेटरी में चलियागी और फिर

24:46बेटरी की पावर वापसी converter में नहीं जाएगी

24:49ठीक है यहां तक concept क्लियर है

24:51तो आप मैं इसको लगा लेता हूँ

24:57इस डावर को मैं यहां पर

24:59एलफी से जोड़ दूँगा

25:01ताकि इसकी हीट जो एबसर्ब होती रहे तो इसके जब पॉजिटिव वायर है

25:07वह मैं आपर डावर में कनेक्शन कर दूँगा

25:08यहां से कट करके

25:11यहां से मिसका तार काटके

25:14अब इसका जो पॉजिटिव पॉइंट है इसको में यहां डायवर के साथ कनेक्शन कर दो

25:26यहां और अब यह वाला पॉजिटिव वायर मैं इसके डायवर के इंदर कनेक्शन कर देता हूं

25:33इदर

25:35This is connected to the other side of the car,

25:43the power check is output set as well as the power here.

25:50This is the power of the power of the power of the power.

25:53It is the power of power.

25:58Charger's pin.

26:01Charger's pin.

26:02I will show you how to do it and then I will show you how to do it and then

26:22I will show you how to do it

26:25Charger voltage is 15 volt and ampere is 3.30 ampere

26:30Voltage to down

26:36Voltage to down

26:37This is 2 variable

26:432 variable

26:461 variable

26:471 variable

26:481 variable

26:482 variable

26:502 variable

26:52This is 1元

26:59Voltage

27:00Don't

27:14To

27:16so we can set 13

27:1912.6

27:20we can set

27:2813.10

27:3113.10

27:3214.10

27:3314.10

27:3514.48

27:4014.48

27:4214.48

27:5314.48

27:5615.49

27:5614.49

27:5814.49

27:5915.49

28:0215.49

28:0515.49

28:0817.wright

28:0815.52

28:1215.50

28:1416.50

28:14So this is the voltage I have set

28:17So I have to connect and load

28:19So voltage is set

28:24So I have to set it

28:26Now complete

28:27So now I have wiring

28:29So I have wiring

28:30One wire

28:36Here is the button

28:37Here is the minus

28:40minus and plus

28:42positive

28:46negative

28:49sorry

28:50sorry

28:53positive

28:55positive

28:58negative

29:00negative

29:00and now

29:01positive

29:03negative

29:14negative

29:15negative

29:16negative

29:19negative

29:19minus

29:20minus

29:22plus

29:52plus

29:54negative

29:58negative

29:59negative

30:08negative

30:10negative

30:10he is the main thing

30:12is

30:19but

30:20the

30:21issue

30:22is

30:23not

30:24that

30:25so that there is no problem.

30:36Short circle production will be lost.

30:38If there is no other way,

30:40if there is no other way,

30:41if there is no other way,

30:43then it will be lost.

30:47I will move on this,

30:49negative comment negative

30:50I am

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