Welcome, my friend.
I hope you all look great in the previous session.
We just finished the preliminary design.
Today, we are going to start with that perfect design.
Knesset, today, we are going to only make a symbol of design, forget connected in the next lecture,
we are going to choose a more complicated one.
First.
We are going to make this a fine name.
Let's say.
We are about to make three point six kilowatt system.
Mean boy.
You wait.
Now, as you see right here, it's there.
There is a message you need to follow.
First, you want to you to insert a geographical site to enter the geographical site.
You can edit from the meet the database and choose geographical site and search for U.K. and London.
And this one now we have going to add it import and proces.
And the way to imported.
Now we have at the end of Key and Steve, two key.
Is do you want to save it?
Yes.
I won't save it, okay.
Now we have added.
Export.
Wookey.
Those who both to the project, as you see right here, it's just a.
Now, the second thing we need to know to do is save the project.
Now we are going to save the project.
That their reaction to it is going to be at this place.
And we the fire name is going to cold.
Three people, three point six.
He'd want.
He'd want NC seven message.
We need to follow is their orientation now.
We need to add the orientation and she's the.
Can see right here.
There are many types for Z or a solar system.
Fix it.
Title Blaine.
Or several plantation, if you are going to use a different orientation and tracking.
If you are going to make a solar treuting or other thing, this is choose the fixed plane type of plane.
We won't.
As you remember, the best and the lowest of the lowest losses is going to be at.
Three point thirty nine degrees tell.
And this is the lowest lost.
And as most is going to be here also, as you remember, you can change it.
According to the summer and winter as you want.
OK.
Now we are going to choose the whole year and the price.
OK.
So don't think we are going to need to define is that system.
So System A, we are used to having to use their only one kind of Sabari.
You can use a different kind.
Different category for now.
Let's keep it as one.
And second, think we want to make this is a three point six Katar what?
Sentencing.
We are going to choose the type of their TV module, as you see right here.
There are many companies, me, which provides a B.V. module.
I usually use LG TV module.
Net say we are going to use.
You also can choose by year.
Now we have here.
Those types, which is produced by energy, need to choose.
Three point three hundred.
Three hundred and sixty what?
Which is approximately 10 waddill.
No.
You can use optimizer if you aren't sensing we are going to need is the type of inverter you are going
to connect to the grid.
This is about the inverter.
I usually prefer it as a.
Inverter.
So we are meant to choose a inverter.
You can choose is inverter.
If we choose one point five, we are going to need to inverter.
If we choose 2.5.
We also will need to inverter.
But if we more desire to see prices, which is going to be 60 kilowatt.
Let's say we are going to use one point five feet a lot and we are going to wait five kilowatt and use
two inverter.
Okay.
Now we are going to use a two module in series.
And once Frank Zeman said we need to solve, you should define at least one.
During the inverter.
Or in BBT input.
INSS mean you'll need only one in liberty because you are already using get had to drink one strength,
why strength?
Does this mean you'll need only one inverter?
You can use both inverter with different MBT.
As a simple.
You also can add more string and the front, the more string, another string, or you can also choose
another.
To me, they say, as this case, APB is CBB.
APB has three point sixty two, what you can now choose on these this inverter and use eleven in serious
module and one string.
And this is going to be the best one, as you see here is a message, the arraignment's import is greater,
Zain.
They specified board of inverter.
You this means that inverter has a higher power.
You can reduce their power to three point three.
But this is going to require to increase and need one more inverter.
Mothers not problem.
They are going to use on the one with Street by OKing.
Also, you can see right here in Liberty, the M, b, b venue is going for their or operating point.
Three hundred and fifty seven.
At 60 degree and at 22, as you know, the temperature is affecting their voltage.
As you see, the voltage is going to increase with reducing the voltage.
Also, if you want to see their datasheet of this module, can do of in here.
And seen their short circuit current message on board, Poyan, maximum burgoyne's voltage of a certain
voltage and temperature.
And the other thing.
Also for the anniversary, you can see right here the minimum voltage maximum in the current and other
differences.
First of all, for the injured, we are going to use for London 60 hertz.
Okay.
And also SDC, as you remember, is the standard temperature condition, which is 1000 what their meters
squared and 1:00 a.m. or air miss.
Now, we have edited everything.
We are ready now for simulation this to get to simulation and this similarly.
OK.
And we all want to save, let's say, this simulation called simulation.
Now, we can't see there, but as a Raybert, you can see right here, this project is made by you,
Weight Academy's a difficult side is going to be in London.
The latitude and longitude and as the nick of time.
The.
I'll be to this thing.
We are going to discuss also later.
What is albedo and how to change it?
And also, you have their simulation date and the plan.
And also as this humiliation parameter.
And you can seize a module used.
And the Beezy module, as you see, is the LG three hundred and sixteen to one, C A five.
Is mono crystalline silicon.
We are going to use air in seven modules in Ceres and only one module in Bahrain.
The total number of modules is going to be live in module that.
Out the board of this module is flight we see.
Hundred and sixty what beat?
They're global.
What is a globin aery power for Zehr, two to three is supposed to be three point six.
But according to it, this is going to be three point nine seats is greater and saying three in six.
Also, as they're 50 degrees, Lizzie, is you can find their inability voltage or the maximum ballpoint
voltage and maximum power blind current.
The area will needed to for the system is linked to be 19 meter square.
The cell area is going to be 17 meter square.
And inverter you are using is you in all from Zemanek manufacture, AP and the.
Operating voltage is going to be three from three hundred and fifty to eight hundred and twenty and
their E unit nominal bar is going to be three by six.
They're nominal border issues going to be one point one.
As a to sector and the other saying as effect, you can't see right here.
According to the temperature in the second bead you can find.
Their main parameter for ZET and the TLT as Moss and BVA module, name, number of module and the total
nominal power and.
Nominal bore, total and nominal, Bouwer is normal in a bar.
D.C..
A nominal bar.
And also you can see their performance issue to performance ratio.
And for their each month.
January, February, March.
And get the average for it is.
At eighty eight point three percent.
And this is good.
Really good.
And that would produce energy over the year.
It's going to be three Gigha, three point nine Gigha.
What our.
And you can also see right here, the venue is a green venue, is the system losses and their produce,
the boy inverter output is the red one.
And you can also see the D.C..
Global energy, you see, global energy yield for January is going to be forty point two and then the
E.S. Energy is going to be thirty nine point two.
You can see it and Barometer Square.
You can see it right here.
Their energy of every day.
D.C. Energy is going to be one hundred and forty nine point three kilowatt.
And according to the losses of the invertors, you can find the easy grid energy is going to be less
to one hundred and forty five point four kilowatt hour.
And the average also is going to be.
You can also find as third beach the losses.
The value of LOSO losses and the opposite.
That celebrity audience is going to be nine hundred and seventy six kilowatt hour beer meter squared
and.
Which is going to give us nearly.
Four hundred, four thousand and three hundred and fifty two kilowatt hour, this with their losses
due to solar Iranians irradiance level 10, preacher quality Muthee a quality mismatch, losses between
the modules and the strength of the armed resistance.
Arie and other losses and inverter losses you can find the total energy output is going to be three
point nine five eight megawatt hour.
This is only a small exercise, and to let you how to train and then get to that airport and that bond
simulation, this only a small project is the next lecture.
We are going to get a more detailed project.
And we are going to learn how we are going to handle unbalance in BBT.
And if we have a different structure, how we can design it.
OK.
See you in the flesh.