Hello everyone We are with a new video. Do you see 11 of them right now?
In this video, how can you turn this powerbank into a solar powerbank
Of our bank
A Powerbank that can be Discharged by Solar Solar Energy
We'll be transforming coins, now let's start the project together
The most important thing in the project is the solar panel friends here, I will use a 1 watt 6 volt panel.
The hand is too low
Without using
Which makes the voltage drop here automatically
In this way, our charging time will be a little longer, but without using a different model
We will take this action
Who was
We continue
With the help of a screwdriver
We are slowly crossing the sides, friends
Opening without damage is important
After yawning a little
We took out our bank
This is our 3 covers we don't have a job here
This is normal Izmir friends
As you can see each other
3 connected in parallel
We have a 3.7 volt battery, this model is
This is 3.7 volts um
I can't come 5 volt from here
S2 can charge batteries here transforms and controls
We need to find the pins here friends It actually says on it, but for those who don't, how can we find it simply?
I want to show this
I brought the measuring instrument to the female position, you can see as follows
I'll plug it into the red charger
I plug it in
I plugged it in and it's charging you can see it here
What i have to do
Measuring the ends here and from which ends
Find out that there was 5 in the introduction
Let's do it like this and see
The charging part is minus
By the way the measuring instrument
I want you to follow
That's missing
Also in the outer part of that name
It has to be, let's see if it is true
USB port we take a measurement from the outside of the banana
Here again there is a minus
We will not use it guys. Look, also in the part with charge
Again
It is like 4.70, we can see
In short
This is here minus our coming here will be these two ends
Somehow
I can make your entrance
If I need to show you close, my camera is a little closer. Same for you
The entries I will use are already written here
I showed it for those who don't know, see
Here is one
there
Let it come from the dots
From two points
Plus and minus from panel
When we apply here
Of our bank
It needs to be charged under sunlight
A little bit like this
I'm cleaning it guys, I'll make such a scratch here
It would be okay if I put it in the middle
We will bind our table from the panel
Clean right there behind us
I know
My missing sister, friends that I will connect
Our missing part here is as follows
Your payment is complete
Now let's connect our vocabulary there
I cleaned the green coating, let me see
Now what am I driving over there
Let's drive priority, then
We will upload to our sister
Now yellow cable more
I'm standing friends, that's all
Our connection is now complete
To our bank
Rees the cables we will power from the outside
Now let's do this a little test
I'm showing care from here plus our young people where they should be
We have already made the necessary connections on it and
Friends are running out of energy
Again exactly
From Burdur
Getting past
Being small and using an extra modem
Like not using any other parts. One plus is from the patient
The duration will be reflected as minus the day, friends
Connect to the charger
At this stage, with sunlight, this system will give you a very large
Will provide
Now let's put together our code and wear it here and stick it to our family.
We will be done
I'm showing you look
I took my tables out and your powerbank is ready to work.
You can discharge normally from the normal charge input, we had such an advantage.
I want to continue in small detail
From normal strength
Power will automatically come to these places when you plug in the Power Bank.
In order not to damage the panel here
It will lower
If you are not going to use it with a normal charger, it was saying this, never add because
Like I said, diode voltage will also cause low
If you are going to use it completely solar, don't put it saying this.
If you will use it as bipolar, like both solar Power Bank and normal Powerbank
If you are going to charge it from here, it was saying that you have to add that I will use it like that.
Video without stopping
I continue adding the negative input of the circuit
Login
1 at 4007 diode I add it as you said I both
I will use it as a Solar Powerbank
Next
Our sister here now
As you can see, our solar panel will increase it.
I was saying we attribute to his long exit
Then I have a different glue of it with double-sided tape
You can use Japanese glue. The choice is up to you.
I want to create links and do Songül Test
I have double sided calf
Fuck our logic
We will call our hands fixed here friends
Because i can't
I'll complete it from here
It was just fine
Now our bands
My Conclusion
Then
Let's insert your panel now
And share your final shape
We completed us I'm showing you See this is my normal powerbank
In this way, I can use a normal headlamp on banks.
Becoming a Powerbank
This way the charging time is very long
Can be
Only this way if you want it normally
By plugging in
You can charge it normally this way
You can also charge from the power supply
Or also
In this way, we charge it in the sun.Now one last time under the sunlight
Let's see if it works and complete our video
Friends
It comes down
When you turn my halime into the sun
Solar Powerbank
It went on charge and you can see my lights burned on
In this way
Friends this way
Will be charged
The best part
Using my money from italy
Able to fill
The advantage of being small that can be welded
After saying it's portable, cheap and simple
At this point, I end my video. When my friends meet with the next project, the backup is for now.
