Script | Spoken-Tutorial - User contributions [en]

OpenModelica-OpenIPSL/C2/Demonstration-of-a-model/English

2019-06-10T12:58:38Z

Saikiran: Created page with "Title of the script: Demonstration of a model in OpenIPSL''' ''' '''Keywords''': SMIB, single machine infinite bus, openmodelica, omedit, openipsl, power systems, spoken tuto..."

Title of the script: Demonstration of a model in OpenIPSL''' '''

'''Keywords''': SMIB, single machine infinite bus, openmodelica, omedit, openipsl, power systems, spoken tutorial, video tutorial

{| border =1
|'''Visual Cue'''
|'''Narration'''
|-
|| '''Slide Number 1Title Slide'''
|| Welcome to this Spoken Tutorial on '''Demonstration of a model '''in '''OpenIPSL.'''
|-
|| '''Slide Number 2'''

'''Learning Objectives'''
|| In this tutorial, we will learn:
* About '''SMIB'''
* Set up the initial values and '''power flow data'''
* '''Compile''' a '''model'''
* '''Simulation''' and its setup and
* Interpreting the results obtained

|-
|| '''Slide Number 3'''

'''System Requirements'''
|| To record this tutorial, I am using
* '''OpenModelica version 1.12.0''' and
* '''Ubuntu Linux OS 16.04'''

Also, use latest version of OpenIPSL to avoid compatibility issues

I am using OpenIPSL version 1.5.0

The process demonstrated in this tutorial is identical in other OS also such as-
* '''Windows'''
* '''Mac OS X''' or
* '''FOSSEE OS''' on '''ARM'''.

|-
|| '''Slide Number 4'''

'''Prerequisites'''
|| To follow this tutorial, you should have knowledge of :

* '''Power systems''' and
* '''Modelling''' using '''OpenModelica'''

For prerequisite '''OpenModelica''' tutorials, please visit this website.
|-
|| '''Slide Number 5'''

'''What is SMIB?'''
|| First, let’s see what is''' SMIB'''.
* '''SMIB '''stands for '''Single Machine Infinite Bus.'''
* In this '''network''', there is only a single '''machine''' and an infinite '''bus''' (as the name suggests).
* The synchronous '''machine''' is connected to the '''Infinite bus''' using '''power lines'''.

|-
||

Show the folder on your '''Desktop'''.
||

Download the files given in '''Code Files''' link of this tutorial.

And extract them into a separate folder.

Now, let us open the '''SMIB model''' in '''OpenModelica'''.
|-
|| Cursor to '''OMEdit '''window.
|| Open '''OMEdit '''window.

I have already opened OpenModelica on my system.
|-
||
|| First, we have to include the '''OpenIPSL library'''.
|-
|| '''File >> System Libraries >> OpenIPSL'''
|| To do this, go to '''File >> System Libraries >> OpenIPSL.'''

Let me resize the libraries browser window for better view.
|-
|| Point to '''Libraries Browser.'''
|| The''' OpenIPSL package''' opens in the '''Libraries Browser.'''
|-
||
|| Now let us open the '''SMIB model'''.
|-
|| '''File''' >> '''Open Model/Library File.'''

|| Go to '''File''' menu and click on '''Open Model/Library File.'''
|-
|| Select '''Desktop'''
|| Select the folder where the '''model''' is saved.
|-
|| Click on '''SMIB_model.mo''' file.
|| Double-click on '''SMIB_model.mo''' file.
|-
|| Cursor to '''Libraries Browser.'''
|| '''SMIB_model '''opens in '''Libraries Browser.'''
|-
|| Double click on '''SMIB_model '''file
|| Now double-click on '''SMIB_model '''file.

Let me close the libraries browser and messages browser for better view.
|-
|| Point to '''Diagram View'''
|| The file opens in the '''Diagram View'''.

Let me zoom in for better view.

For this I am pressing ‘Ctrl’ and ‘+’ sign simultaneously.
|-
||

Point to all the components in the model.
|| Here we can see that, this '''model''' consists of the following components:

* '''A generator of order 6 (with no controls(Constant Efd))'''
* '''Three Buses'''
* '''Two winding Transformer'''
* '''Two power lines'''
* '''An infinite bus'''
* '''Three phase balanced fault block'''
|-
|| Cursor to the''' generator''' and '''Bus 1'''
|| The''' generator''' is connected to '''Bus 1'''.

This '''generator''' has no '''controls''' but the '''field voltage (Efd)''' is maintained constant manually.
|-
|| Cursor to '''Bus 1 '''and '''Bus 2'''

|| '''Bus 1''' and '''Bus 2''' are connected through a '''transformer'''.
|-
|| Cursor to '''Bus 2 '''and '''Bus 3'''

|| '''Bus 2''' and '''Bus 3''' are connected through two parallel '''power lines'''.
|-
|| Cursor to '''Bus 3 '''and '''Infinite bus.'''
|| '''Bus 3''' is connected to the infinite''' bus.'''
|-
|| Cursor to '''Three phase balanced fault block'''
|| '''Three phase balanced fault block''' is connected to '''Bus 2.'''

So here '''Bus2 '''is the '''fault bus.'''

I am scrolling up.
|-
|| Cursor pointing on the '''System Data '''block
|| The '''System Data''' block is used to set the '''System base''' and '''Frequency'''.
|-
|| Point to '''System Data '''block values
|| In this case, we can see that the '''system base''' is set at '''100 MVA''' and '''frequency''' at '''50 Hz'''.

I am zooming out.

For this, I am pressing ‘Ctrl’ and ‘-’ sign simultaneously
|-
|| Double click on the components to open parameter window.
|| Before compiling the '''model, parameters''' and '''power flow data''' are required for all the components.

Double click on the generator model to open the parametric window.

These '''power flow data '''are the''' '''initial start values.

These can be obtained from '''PSAT or PSS/E''' which are the '''simulation''' tools.
|-
||

/* Simulating a Class */
|| Here I have already entered the required data.

Let us now try to '''simulate''' the '''model'''.

I am closing this parameter window.
|-
||
|| Now we will check the correctness of the '''model'''.
|-
|| Click on '''Check all Models '''button.
|| Click on '''Check All Models''' button which is in the top '''toolbar'''.
|-
|| Point to the '''Messages Browser '''window
|| In the messages browser, if we scroll up we can see, there are '''99 '''equations in the '''model''' and '''99 variables'''.

From this, we can say this '''model''' is solvable.
|-
|| Close the '''Messages Browser'''
|| Close the '''Messages Browser''' at the bottom.
|-
||
|| Let us proceed to the '''simulation'''.
|-
|| Click on the '''Simulation Setup.'''
|| Click on the '''Simulation Setup''' option in the '''toolbar'''.
|-
|| Point to '''Simulation Setup-SMIB_model '''window
|| '''Simulation Setup-SMIB_model '''window opens.

Here we set up the '''solver''' and other parameters for the '''simulation'''.
|-
|| '''Stop Time >> 20'''
|| Under '''Simulation Interval''', change '''Stop Time''' to '''20''' secs.
|-
|| Point to '''dassl''' and '''tolerance '''value.

|| Here, we are using '''Dassl integration algorithm''' with '''tolerance''' of '''1e-06'''.
|-
|| Point to '''Simulate '''checkbox
|| Ensure that '''Simulate '''checkbox is checked.
|-
|| Click on '''Ok''' at the bottom.
|| And then click on the '''Ok '''button at the bottom.
|-
|| /* Switching to Simulation Output Window */
|| During the execution of the '''simulation''', a new window opens.
|-
|| hover the mouse on the simulation output window.
|| It shows the '''compilation''' process of the '''class'''.
|-
|| Point to the success message.
|| After the '''simulation''' is successful executed, close the '''Simulation Output''' window.
|-
|| /* Switching to Plotting Perspective */

|| By default, '''Plotting Perspective''' opens in the '''OMEdit''' window.
|-
|| Switch to '''Variables Browser. '''
|| At the right of '''Plotting Perspective''', look at the '''Variables Browser''' window.
|-
|| Expand the model and each component in '''Variables Browser'''
|| We can see all the '''variables''' by clicking on the '''Expand''' button of the particular component.
|-
||
|| Now let’s see the '''voltage profile''' at the '''fault bus''' i.e. at '''Bus 2.'''
|-
|| Show the '''Variables Browser'''

|| Expand the '''SMIB_model,''' if it is not already open in the '''Variables Browser'''.
|-
|| Click on '''B2.'''
|| Click on the right arrow button of '''B2 (Bus 2).'''

We can see all the parameters of the '''bus'''.
|-
||

Click on '''V '''checkbox.
|| Now click on the '''V '''checkbox which is at the left-hand side of the '''voltage parameter (V).'''
|-
|| Cursor on '''voltage''' profile of '''Bus 2.'''

|| This plots the graph of '''Voltage''' at '''Bus 2'''.

Let me close the messages browser for better view.

The '''Y-axis '''unit is''' '''in '''per unit '''and the '''X-axis '''unit is '''seconds.'''
|-
|| Point to '''X-axis.'''

|| Here we can see the plot starts from '''0''' seconds and ends at '''20''' secs.
|-
|| Zoom in the time plot

Cursor on the plot.

|| During the fault i.e. from the duration '''0.5''' to '''0.57''' secs, there is a huge dip in the '''voltage profile'''.

The fault is cleared at '''0.57''' secs.

Then the '''voltage''' doesn't rise quickly to its '''steady state value''' but oscillates about it.
|-
|| Point to the '''Voltage''' value at '''t=12.5''' secs.
|| The '''voltage''' settles down after about '''12.5''' secs.

This time can be reduced by adding additional '''controls''' to the '''generator'''.
|-
|| Cursor on the '''voltage profile''' plot
|| We can also see that the '''voltage''' doesn't drop down to zero at this '''Bus,''' though it is the '''fault bus'''.

This is because of the '''fault impedance''' involved.
|-
|| Expand '''B2''' and '''B3 '''buses
|| We can also view the '''voltage profiles''' of the other '''bus''' i.e. '''B1'''.

For this expand '''B1 '''in variables browser.

Now click on the checkbox of ‘v’ parameter.

After selecting '''B1''' and '''B2 voltages''', we can clearly see the '''voltage '''drop between the '''buses'''.
|-
|| Clear the plot
|| Now clear these plots by unchecking the '''parameter''' checkboxes.
|-
|| Show the plot of '''Delta curve''' of generator
|| It is also possible to plot the '''Delta curve''' of the '''generator'''.

This indicates whether the '''system''' is '''accelerating''' or '''stable'''.

I am scrolling down.
|-
|| Expand '''order61'''
|| For this, expand '''order61''' which is a sixth '''order generator.'''

Here we can see all the '''variables''' of the '''generator'''.
|-
|| Click on the '''delta '''checkbox
|| Click on the checkbox of '''delta''' to plot its graph.
|-
|| Point to the '''plot window'''
|| From the graph, we can see the '''system''' is accelerated when the '''fault''' occurs at '''0.5''' secs.

The '''delta''' then oscillates about the '''steady-state value''' after the '''fault''' is being cleared.

It settles down after some time making the '''system stable.'''
|-
|| '''Slide Number 6'''

'''Summary'''
|| Let us now summarize.

In this tutorial, we have learnt:
* About '''SMIB'''
* Setup initial values and '''power flow data'''
* '''Compile''' a '''model'''
* '''Simulation''' and its setup
* And interpreting the results obtained

|-
|| '''Slide Number 7 '''

Assignment
|| As an assignment:

We recommend that you open different examples under the library.

And then simulate and explore the results.
|-
|| '''Slide Number 8'''

Power System Simulation Project
|| The FOSSEE team invites contributions to develop '''power system networks''' using '''OpenIPSL library.'''

We give honorarium and certificates to those who do this.

For more details, please visit this site.

[https://om.fossee.in/powersystems https://om.fossee.in/powersystems]
|-
|| '''Slide Number 9'''

About the Spoken Tutorial Project
|| Watch the video available at the following link.

[https://spoken-tutorial.org/What_is_a_Spoken_Tutorial https://spoken-tutorial.org/What_is_a_Spoken_Tutorial]

It summarizes the Spoken Tutorial project.
|-
|| '''Slide Number 10'''

Spoken Tutorial Workshops
|| The Spoken Tutorial Project Team conducts workshops and gives certificates.
*
* For more details, please write to us.

|-
|| '''Slide Number 11'''

Forum slide
|| Do you have questions in this '''Spoken Tutorial?'''
Please visit this site.

Choose the minute and second where you have the question.

Explain your question briefly.

Someone from the '''FOSSEE '''team will answer them.
|-
|| '''Slide Number 12'''

Forum for specific questions:
|| * Do you have any general/technical questions on '''OpenModelica'''?
* Please visit the FOSSEE forum and post your question

|-
|| '''Slide Number 13'''

Textbook Companion Project
|| The '''FOSSEE '''team coordinates coding of solved examples of popular books.

We give honorarium and certificates to those who do this.

For more details, please visit this site.
|-
|| '''Slide Number 14'''

Lab Migration Project
|| The '''FOSSEE '''team helps migrate commercial simulator labs to '''OpenModelica'''.

We give honorarium and certificates to those who do this.

For more details, please visit this site.
|-
|| '''Slide Number 15'''

Acknowledgements
|| '''Spoken Tutorial '''and '''FOSSEE '''projects are funded by '''NMEICT, MHRD''', Government of India.
|-
|| '''Slide Number 16'''

Thanks
|| This tutorial is created by Samboju Sai Kiran.

Thank you for joining.
|-
|}

OpenModelica-OpenIPSL/C2/Introduction-to-OpenIPSL/English

2019-05-22T07:34:11Z

Saikiran:

'''Title of script''': Introduction to OpenIPSL

'''Author''': S Sai Kiran (IIT Bombay)

'''Keywords''': OpenModelica, OpenIPSL, library structure, power systems, spoken tutorial, video tutorial

{| border =1
|'''Visual Cue'''
|'''Narration'''
|-
|| Show slide

'''Slide Number 1'''
|| Welcome to Spoken Tutorial on '''Introduction to OpenIPSL'''.
|-
|| '''Slide Number 2'''

'''Learning Objectives'''
|| In this tutorial, we will learn:
* About '''OpenIPSL'''
* Objectives of '''OpenIPSL package'''
* How to download the '''OpenIPSL package'''
* '''Library''' structure of '''OpenIPSL'''

|-
|| '''Slide Number 3'''

'''System Requirements'''
|| To record this tutorial, I am using
* '''OpenModelica version 1.12.0''' and
* '''Ubuntu Linux OS 16.04'''

The process demonstrated in this tutorial is identical in other OS also such as-
* '''Windows'''
* '''Mac OS X''' or
* '''FOSSEE OS''' on '''ARM'''.

|-
|| '''Slide Number 4'''

'''Prerequisites'''
|| To follow this tutorial, you should have knowledge of :

* '''Power systems''' and
* '''Modelling''' using '''OpenModelica'''

For prerequisite '''OpenModelica''' tutorials, please visit this website.
|-
|| '''Slide Number 5What is OpenIPSL?'''
|| What is '''OpenIPSL'''?

* '''OpenIPSL''' stands for '''Open-Instance Power System Library'''
* It is a '''Modelica library''' for '''power system dynamic simulations'''
* And it contains a set of '''power system''' components

|-
|| '''Slide Number 6'''

'''Objectives'''
||
* '''OpenIPSL '''provides an open source alternative for '''power system simulations'''
* It can have several possible typical '''test networks''' for research and teaching purpose.

|-
|| '''Slide Number 7'''

Download''' OpenIPSL'''
|| To download '''OpenIPSL''' from '''GitHub''', go to the link given below:

[https://github.com/OpenIPSL/OpenIPSL https://github.com/OpenIPSL/OpenIPSL]
|-
||
|| Now, we will see how to download and include '''OpenIPSL''' in '''OpenModelica'''.
|-
||
|| Make sure you have working internet connection
|-
|| [https://github.com/OpenIPSL/OpenIPSL https://github.com/OpenIPSL/OpenIPSL]

Open '''Firefox''' web browser

Copy the link and paste it in address bar
|| For this, open your default web browser. I am opening '''Firefox web browser'''.

In the '''address bar''', type “github.com/OpenIPSL/OpenIPSL”

Press '''Enter'''.
|-
||
|| A web page opens.

I am scrolling down to view contents of the file
|-
|| Cursor to '''Clone or download''' button.

'''Highlight the Clone or download button'''

Click on '''Clone or download''' button
|| At the right, we can see a green coloured '''Clone or download''' button.

Click on it.
|-
|| Point to '''Clone with HTTPS'''
|| '''Clone with HTTPS''' pop-up opens.
|-
|| Click on '''Download ZIP'''
|| Click on '''Download ZIP.'''
|-
|| Point to '''Save File '''dialogue box
|| '''Save File''' dialog box opens.

Select '''Save File''' option and click on the '''OK''' button.

If you are using '''Chrome browser,''' then the file gets automatically downloaded.
|-
||

Cursor on the extracted folder

|| Now go to the folder where the file is downloaded.

Extract the '''OpenIPSL-master.zip''' file to any desired location of your computer.
|-
|| Click on '''OpenIPSL-master '''folder
|| Double-click on '''OpenIPSL-master '''folder to open it.
|-
|| Click on '''OpenIPSL'''
|| Next, double-click on the folder '''OpenIPSL'''.
|-
|| Point to '''package.mo '''package

Highlight the '''package.mo '''package
|| Here, we can see that '''OpenIPSL''' folder contains the '''package.mo modelica '''file'''.'''
|-
||
|| Now let us see how to include this in '''OpenModelica'''.
|-
|| Open '''OMEdit'''
|| I have already opened '''OpenModelica''' on my machine.
|-
||

Point to '''Libraries Browser'''

Highlight the '''Libraries Browser'''

Point to

'''File >> System Libraries >> OpenIPSL'''
|| There are three ways to include this file in '''OpenModelica'''.

First way is to drag-and-drop it into the '''Libraries Browser'''.

Second way is to navigate to the '''package.mo '''file and open it through '''OMEdit'''.

Third way is to directly open it from '''OpenModelica''' by navigating to '''File >> System Libraries >> OpenIPSL'''
|-
|| Highlight OpenIPSL in libraries browser
|| Click on OpenIPSL

We can see that it is included in libraries browser.
|-
|| Expanding '''OpenIPSL''' Library

Click on expand button to the left of '''OpenIPSL''' Library

|| Let us expand the '''OpenIPSL library.'''

To do this, click on the arrowhead to the left of '''OpenIPSL library'''.

Here we can see the list of all available '''libraries'''.
|-
||
|| For a better understanding of the '''libraries''', let’s go back to the slides.
|-
|| '''Slide number 8'''

'''Library structure'''
|| So, we saw that there are in total 5 '''libraries''', which are:
* '''Examples''' which contains models that are made using different components from the '''library'''.
* '''Electrical, '''
* '''Non-electrical, '''
* '''Interfaces '''and
* '''Types''' which contains all the respective basic components

|-
|| '''Slide number 9'''

'''Library structure '''

|| These components serve as basic building blocks for modelling a '''power network'''.

The '''library''' structure is properly categorized.

It helps the user to search a specific component or '''model''' easily.
|-
|| '''Slide number 10'''

'''Library structure'''
|| These example '''models''' help the user to get acquainted with different '''models'''.

These also provides basic idea of '''modeling''' to the users.
|-
||
|| Now let us look into one of these example '''models'''.
|-
||
|| For this let us go back to '''OpenModelica'''.

Now let me maximise the libraries browser window for better view.
|-
|| Point to '''Machines >> PSAT >> InductiveMotorI_SMIBOpenline_Test.'''
|| Now expand the '''Examples category''' and navigate to

'''Machines >> PSAT >> '''

Now scroll down to view

'''InductiveMotorI_SMIBOpenline_Test.'''
|-
|| Double click on''' InductiveMotorI_SMIBOpenline_Test'''
|| Double-click on '''InductiveMotorI_SMIBOpenline_Test'''

Close the libraries browser

Now we can see this '''model'''.

Make sure that the '''model''' is displayed in '''Diagram view'''.
|-
||
|| You can also close the messages browser for better view.
|-
|| Point to the '''components'''

'''Highlight all the components'''
|| We can see that this simple '''model''' consists of an '''Infinite bus'''.

And an '''Induction motor''' of '''order 1''' connected with two '''power lines'''.
|-
|| Double click on the '''components '''
|| Double-click on the '''components.'''

Here we can see that the parameters are already set.

The '''power flow data''' is already entered.
|-
||
|| Close this parameter window
|-
|| Double click on the''' pwLine2'''

Cursor to '''Parameters '''window

'''General >>''' '''perturbation parameters'''
|| Double-click on '''pwLine2.'''

The '''Parameters '''window opens.

Under the '''General '''tab,''' '''go to '''perturbation parameters'''.
|-
|| Point to '''t1''' and '''t2''' values
|| Here this '''power line''' opens at time''' t1 = 2 seconds '''and''' '''closes back at''' t2 = 3 seconds.'''
|-
|| Close the '''Parameters '''window
|| Close this window.
|-
||
|| Now let's see the effect of the opening on the '''induction motor voltage profile'''.
|-
|| Click on the '''Simulation Setup''' option on the toolbar.
|| Click on the '''Simulation Setup''' option on the toolbar.
|-
|| Point to '''Simulation Setup''' window.
|| The '''Simulation Setup''' window opens.
|-
||

Cursor to '''Start Time '''and '''Stop Time '''values
|| By default, the simulation runs from '''0''' to '''20''' unit time.
|-
|| Select '''Method '''as '''dassl'''
|| Under '''Integration''' tab, select '''Method''' as '''dassl, '''if not already selected, by default.
|-
|| Ensure that '''Simulate '''checkbox is checked.

Click '''Ok. '''
|| Ensure that '''Simulate''' checkbox is checked and then click on the '''Ok '''button.
|-
|| /* Switching to Simulation Output Window */
|| On '''simulating''', a new window opens.
|-
|| Hover the mouse on the simulation output window.
|| It shows the '''compilation''' process of the '''class'''.
|-
|| Point to or highlight the success message window.

'''The Simulation finished successfully'''
|| Once the '''compilation''' is successful, the output window displays the message:

'''The Simulation finished successfully.'''
|-
|| Close this window.
|| Close the window.
|-
|| Switching to '''Plotting Perspective'''

|| By default, '''Plotting Perspective''' opens in the '''OMEdit''' window.

Here we can see the '''simulation''' results of the '''Modelica class.'''
|-
|| Point to '''Variables Browser. '''

Click on the checkbox against''' v '''variable
|| Under '''Variables Browser,''' expand the '''motorTypel variable. '''

Scroll down to locate variable v

Click on the check box against''' v variable''' to get the '''plot'''.
|-
||
|| I am closing the message browser for better view.
|-
|| The cursor on the plot

Highlight the drop in voltage.
|| We can see the drop in '''voltage''' for the duration of 1 second.

That is when the line was kept open starting from 2 secs to 3 secs.
|-
||
|| In the upcoming tutorials, we will learn more about how to '''simulate''' these '''models''' and analyse the results.
|-
|| '''Slide Number 11'''

Summary
|| Let’s summarize.

In this tutorial, we have learnt:

* About '''OpenIPSL'''
* Objectives of '''OpenIPSL package'''
* How to download the '''OpenIPSL package'''
* '''Library''' structure of '''OpenIPSL'''

|-
|| '''Slide Number 12'''

Power System Simulation Project
|| The FOSSEE team invites contributions to develop '''power system networks''' using '''OpenIPSL library.'''

We give honorarium and certificates to those who do this.

For more details, please visit this site.

[https://om.fossee.in/powersystems https://om.fossee.in/powersystems]
|-
|| '''Slide Number 13'''

About the Spoken Tutorial Project
|| Watch the video available at the following link.

[https://spoken-tutorial.org/What_is_a_Spoken_Tutorial https://spoken-tutorial.org/What_is_a_Spoken_Tutorial]

It summarizes the Spoken Tutorial project.
|-
|| '''Slide Number 14'''

Spoken Tutorial Workshops
|| The Spoken Tutorial Project Team conducts workshops and gives certificates.
*
* For more details, please write to us.

|-
|| '''Slide Number 15'''

Forum slide
|| Do you have questions in this '''Spoken Tutorial?'''

Please visit this site.

Choose the minute and second where you have the question.

Explain your question briefly.

Someone from the '''FOSSEE '''team will answer them.
|-
|| '''Slide Number 16'''

Forum for specific questions:
|| Do you have any general/technical questions on '''OpenModelica'''?

Please visit the FOSSEE forum and post your question

|-
|| '''Slide Number 17'''

Textbook Companion Project
|| The '''FOSSEE '''team coordinates coding of solved examples of popular books.

We give honorarium and certificates to those who do this.

For more details, please visit this site.
|-
|| '''Slide Number 18'''

Lab Migration Project
|| The '''FOSSEE '''team helps migrate commercial simulator labs to '''OpenModelica'''.

We give honorarium and certificates to those who do this.

For more details, please visit this site.
|-
|| '''Slide Number 19'''

Acknowledgements
|| '''Spoken Tutorial '''and '''FOSSEE '''projects are funded by '''NMEICT, MHRD''', Government of India.
|-
|| '''Slide Number 20'''

Thanks
|| This tutorial is created by Samboju Sai Kiran.

Thank you for joining.
|-
|}

OpenModelica-OpenIPSL/C2/Introduction-to-OpenIPSL/English

2019-05-22T07:28:16Z

Saikiran: Created page with "'''Title of script''': Introduction to OpenIPSL '''Author''': S Sai Kiran (IIT Bombay) '''Keywords''': OpenModelica, OpenIPSL, library structure, power systems, spoken tutor..."