But my awesome friend, I hope you all read today's lecture, we are going to DROs Unal took a single
line diagram for this system.
So this is thought we have here.
This system is a very simple system, consists of four subsistent.
The first subsystem is right here.
One hundred key to what the second subsystem is, twenty seven point eight four kilowatt.
The third subsystem is also one hundred and ten kilowatt force one is similar to the second one.
So let's start with the first one.
The first subsystem, this system.
Consist of 14 string.
Each string has 18 modul in serious.
You can see the total for the total current for this subsystem is one hundred and fifty three, and
this mean each string contribute by around 11 mpre.
One hundred and fifty three over fourteen is around 11 and built.
OK.
And the second subsystem consists of four string.
Each string has 16 module in series, and the total number of module is sixty four.
The total number for this system is forty four and beer.
This subsystem consists of four string.
So forty four over for this mean 11 and beer.
This means each string for this subsystem also contributed by 11 Mbare.
OK.
You can see all sub arrays consist with the same type of module, which is a CDB.
This one from Santic.
OK.
We can see also right here in the second.
Page we have for each subsystem, Southbury, we have.
Inverter the first, the inverter and the third one or the same type of inverter.
The second inverter ends, the first one or the same, the first one and the third has be the AC 130
L manufactured AB model.
This inverter has a six MBB D, you can see from the data sheet for this inverter.
We had six in BBT each and BBT contribute 36 and beer.
And the second inverter, this one.
T r i o twenty seven, dash six.
This inverter.
Has to it.
You can see it right here.
This type has.
Two in between H and BBT contribute by around thirty two and beer.
Correct.
OK.
You can see from right here.
The maximum current is thirty six and beer.
Does this mean that each spring contribute by living and beer?
Does this mean each individual can take between two to three strings?
OK.
That's for this inverter.
And the second inverter, this one you can see the maximum is thirty two and bit this mean current can
take boy.
This is between one to two strings only, OK.
So let's us thought.
Let's start with the first some.
This one.
We have here for.
Dean String 14 string each string has motives in ensues.
So let's draw first zemmour deals.
Let's zoom in.
OK.
We are going to draw the modules like this.
OK.
That's the first module.
And.
This used polyline.
At this point.
That's that is Modul Ocky.
OK, you can see that was the first module.
We have let's draw the first string.
It's consist of this one.
Let's see how many times.
18 times instead of making 18.
Once we can copy it.
Like this.
Before we Covid, let's put it as block.
OK.
This array is going to be cold like this, this block.
OK, beast.
And let's make a point.
This going to be the point, OK?
Can be using dish.
The dish can be used.
So that spot underscored, OK.
And OK, you can see now this module, OK.
The next thing we are going to do is copy this.
Let's say three times, let's activate also want.
One right here and another one right here.
OK.
Instead of copying at 18 times, let's go three.
And let's put the number for this one.
As the first.
Module.
Let's Covid this number.
Right here.
And right here, OK.
This is the second one.
And this is one is the.
What?
18 months now, let's connect them.
We are going to win this point.
To this point.
OK.
Again.
This point to this point now, we have drawn the first thing, which consists of 18 modules.
As you can see them right here.
OK, let's colbys them.
14 times, so let's call them 14 times.
See or enter or copy one.
Two.
Three.
Now we have four.
Five, six.
Seven.
We have now seven.
E.
Nine.
Then.
I live in.
It's.
One, two, three, four, five, six, seven, eight, nine, 10, 11, 12.
13, 14.
OK, now we have 14 months.
OK.
Let's that's the first subsystem, so let's draw it like this.
This is the first subsystem listed roads and second subsystem.
The second subsystem consists of.
Let's see.
How many?
16 module four, strength sixteen, module four, Strength Netskope this.
Strength.
And right here.
OK.
And let's zoom in.
60 Modul.
Interesting, so let's put it cysteine this representing one, two, three, four until I reach 16.
OK, let's call it.
How many times for times like this like this?
OK, OK.
The second thing we are going to do is.
This is the second Harry.
As you remember, Zia.
First, Saberi is similar to the third and the second similar to the fourth.
So let's go B.
These submarines together like this, this lobbyism.
Like, is this OK?
After that, let's zoom out, OK, let's start first.
As you remember, we are going to connect this, the first Sabari to this inverters, the first imported
right here.
This inverter consist of six in BBT each impiety can take between two to three stringed.
Does this mean we can?
Put this on the embassy and these in in BBT and and put this let's move it down like this.
And these two are on the MBT.
And.
Moves them downward like this.
OK.
And these three also.
This mean these two are going to be connected on similar mobility.
So let's connect them like this.
These two are going to be on.
The scene in BBT.
OK, this scene, these two are going to be on the same Mbuti.
So let's connect them in buried.
Together like this.
OK.
And these three are going to be connected on the same team like this.
OK.
The.
And light.
This, Ocky.
Again, the last three, as you remember, we said each string can contribute Bolli.
I live in and bear this me.
These three can contribute by around thirty three members.
So is there in between maximum current is also 36.
So three modules is possible.
OK.
Let's do it for the second one, the second one.
Has only two in.
So we are going to connect them together as these two string.
Together.
On one in BBT.
And the two on.
The second in BBT.
Like, is that OK?
OK, guys, that's for today and thanks lecture, we are going to continue.