Original subtitles

Hi and welcome to this session of former editorial, as we discussed the previous session, we specified

the location of our building or our microgrid, and we also define the resources like solar radiation

and the winds and pressure for our system.

So we are ready to go to the next step.

That is a very important step.

And it's electrical load so uniquely defined for home or that your building or your microgrid or your

how much is your consumption actually in that location?

So.

For doing this, you need to have the data, actually, the only thing that human needs from you to

continue and design your system is this little section and you need to define how much consumption you

have for your building, for example.

So in this for this project, I use the simulation data, imaginary data, and I have it in my excel.

So just open your associates.

Because he cannot understand the axle, so you need to copy, just like me, just the numbers.

You don't need the headers of your numbers, so.

Yeah, we need to copy this.

And.

Make it tax documents, you can just name its example.

Electrical load.

And then you can just paste it.

Here, so these are my number, even if this is this is our little resolution, so it means that it

gives me a time series data for electrical consumption for each hour.

But if your data is for five minutes, 15 minutes, any type of other resolution, just no worries.

Just copy and paste your data here without header.

Just numbers just like that.

And then save these documents.

Yeah, that's it.

So this is this text document, this is what Homer needs from you.

So let's go back to the homer.

OK, it's in the section of load, just click on the electric bottom and then you can import your data.

So this is these are the bottom buttons that you can use.

So use the import button can go to electric.

This is the data that we created together.

And just click open.

Yeah, that sits immediately.

Less than a seconds.

Homer brings out your data here and analyzes it's.

With these with these graphs and tables, so here let's go let's go through it very quickly.

Here, it shows you daily from zero to twenty three, twenty four hours of the day of January, so this

is for January.

If you want to see the Almanza, just show all monsters here.

You can see all the monsters here.

And this is for January to December.

This is the day that we entered and Holmer categorized it for us to the victims.

And we can you can see there is a victims, there is evictees, and this is the hourly average for each

month, for example.

And in in our example, at 10 a.m. in January, the amount of our loads.

Is ninety four point eighty eight, so this is gives you this gives you a good overview of your low

data and it gives you here the timestep.

As I mentioned, my data is hourly.

So your time instead of 60 Minutes.

And the peak month is January.

So in January, you have to have most consumption and these are some graphs, nice graphs, for example,

here sampled daily profile.

As you can see, the peak here is, for example, at 10 a.m. and also there is another peak and some

in seven p.m., something like that.

So this is a daily graph.

And here it's very important.

This this one this box plot is very good to understand how your loads and loads is acting.

So this is this box of shows in each mounds.

How much electricity?

What is the range of your electricity consumption?

For example, in January, you as we mentioned here, your peak mount is January.

As you can see in January, the maximum and minimum.

It gives you all the information.

The maximum is one hundred and sixty one kilowatts.

The average is ninety four.

The.

A minimum is 15 kilowatts, so it gives you a minimum maximum on average, as all the boxes do, and

you can see here that in the winter in January, if we were in December, the range of consumption is

way more than what we have in India.

For example, summer in July, June, July and August and may be waiting on each box blotz.

You can see the minimum, average and maximum of that amount.

So it's very good, good seasonal profile box blotz that Holmer draw for you immediately in less than

a second for your data and here and not a yearly profile.

A nice yearly profile.

You can use it.

As one of your reports, output reports up to Holmer that shows you much consumption in winter and the

summer, then middle of the year.

And here in this small table, you can see the average, the average of whole your whole day, then

that's Seasonale in kilowatt hours per day, in kilowatts and the peak of your data and the load factor.

And here.

You can also define the type of your little data is AC or DC, for example, usually typically you should

put it in this in AC because if your building is commercial or residential, you need AC loped, but

it's if it's industry, so you should change it to see if it's possible.

So this is your decision.

But typically we go for AC, for the residential and commercial building in urban or remote areas.

And this is the Eskild annual average death also reported for you by Holmer So.

What is this, this?

Actually, it's very important because if you as you can see here, it's mentioned that it's sensitivity

variable, Ed, that every time Homer shows you this, it means that you can change this, can give

several numbers here.

And Homer will do the sensitivity analyses using all these numbers that you mentioned any times.

For example, here in Load's, you have this opportunity for this skilled animal average and you can

change it to any other numbers.

And Homer will do the optimization based on all these numbers that you define.

And we'll give you the results based on these numbers.

And you were actually doing sensitivity analyses on this variable.

But when you when you don't see this bottom, it means that this is fixed or you cannot change it or

you cannot do sensitivity analyses on it.

So as you can see here, when we added the electrical load in its attic section, automatically the

load is added.

So this is our first components, our schematic if we come back.

This is defined compact.

You can see that we specified our location.

We have our resources.

We specified the load.

And as you can see here, this is our first components in our energy system and its electrical load.

OK, so that's it, we we set another important.

Section of the Holmer and we are ready to go to to define our technologies and going to the next step.

That's it for this session.

And until the next session, take care and enjoy using Comber.