ATP-EMTP Installation and User Manual for Windows 12
What is ATP-EMTP and How to Use It for Power System Analysis?
ATP-EMTP is a software package that allows you to simulate electromagnetic transients in power systems. It is based on the original EMTP (ElectroMagnetic Transient Program) developed at Bonneville Power Administration (BPA) in the 1970s and 1980s. ATP-EMTP stands for Alternative Transients Program - Electromagnetic Transients Program.
atp-emtp rule book pdf 12
ATP-EMTP can help you to understand the performance of power systems, determine power component ratings, explain equipment failures, or test protection devices. It can model various phenomena such as switching, lightning, faults, harmonics, resonance, insulation coordination, and more.
What are the main components of ATP-EMTP?
The ATP-EMTP package consists of at least three tools: ATPDraw, a graphical user interface for creating/editing input files; TPBIG, the main processor for transients and harmonics simulations; and one postprocessor for plotting simulation results. You can also use other tools such as ATP Analyzer or Plot XY for data analysis and visualization.
ATPDraw
ATPDraw is a graphical user interface that allows you to create and edit input files for ATP-EMTP. You can use it to draw power system components such as lines, transformers, generators, loads, switches, etc. You can also define sources, measurements, controls, and models using various icons and menus. ATPDraw can generate input files in different formats such as ATP, EMTP-RV, or PSCAD.
TPBIG
TPBIG is the main processor that performs transients and harmonics simulations using the input files created by ATPDraw or other editors. It can solve large and complex power system models using numerical methods such as trapezoidal rule or sparse matrix techniques. TPBIG can output simulation results in different formats such as ASCII, binary, or COMTRADE.
Postprocessor
A postprocessor is a tool that allows you to plot and analyze simulation results generated by TPBIG. You can use different postprocessors such as ATP Analyzer or Plot XY to display waveforms, phasors, spectra, etc. You can also perform calculations such as RMS values, power flow, impedance, etc. A postprocessor can help you to verify and interpret simulation results.
How to use ATP-EMTP for power system analysis?
To use ATP-EMTP for power system analysis, you need to follow these steps:
Create or edit an input file using ATPDraw or other editors. You need to define the power system components, sources, measurements, controls, and models according to your analysis objectives.
Run TPBIG using the input file. You need to specify the simulation parameters such as time step, duration, output format, etc.
Plot and analyze simulation results using a postprocessor. You need to select the output file and the variables of interest. You can also perform calculations and comparisons using different functions and options.
You can also use other tools such as ATP Analyzer or Plot XY for data analysis and visualization.
Where can I get ATP-EMTP and related resources?
You can get ATP-EMTP and related resources from various user groups and sources such as:
Canadian American User Group (CAUG): https://www.caug.ca/
European EMTP-ATP Users Group (EEUG): https://www.eeug.org/
Japanese ATP User Group (JAUG): http://www.jaug.jp/
List Server: https://listserv.buffalo.edu/cgi-bin/wa?A0=ATP-L
ATPDraw: https://www.atpdraw.net/
Plot XY: http://www.plotxy.com/
ATP Analyzer: https://www.atpanalyzer.com/
You can also find useful documents such as EMTP Theory Book, ATP Rule Book, and ATPDraw Reference Manual from these sources.
Conclusion
ATP-EMTP is a powerful software package that allows you to simulate electromagnetic transients in power systems. It consists of at least three tools: ATPDraw, TPBIG, and a postprocessor. You can use it to create and edit input files, run transients and harmonics simulations, and plot and analyze simulation results. You can get ATP-EMTP and related resources from various user groups and sources.
If you want to learn more about ATP-EMTP and how to use it for power system analysis, you can download the atp-emtp rule book pdf 12 from one of the sources mentioned above. The atp-emtp rule book pdf 12 is a comprehensive document that provides a description of how to assemble input files for ATP-EMTP using different components and models. It also provides examples and exercises to help you practice your skills.
I hope this article has been helpful for you. If you have any questions or comments, please feel free to contact me.
How to install ATP-EMTP on Windows 12?
If you want to use ATP-EMTP on Windows 12, you need to install it properly on your computer. There are two methods to install ATP-EMTP on Windows 12: manually or using InstallShield with updating method.
Manual installation
To install ATP-EMTP manually, you need to follow these steps:
Download the ATP-EMTP package from one of the user groups or sources mentioned above. You will get a zip file containing the ATP-EMTP files and folders.
Extract the zip file to a folder of your choice. You can use any folder name, but avoid using spaces or special characters.
Copy the folder to the root directory of your C: drive. You should have a folder named C:\ATP-EMTP or similar.
Create a shortcut for TPBIG.exe on your desktop or start menu. This is the main processor for ATP-EMTP simulations.
Create a shortcut for ATPDraw.exe on your desktop or start menu. This is the graphical user interface for creating and editing input files.
Create a shortcut for your preferred postprocessor on your desktop or start menu. This is the tool for plotting and analyzing simulation results.
Edit the environment variables of your system. You need to add C:\ATP-EMTP to the PATH variable and create a new variable named ATPDIR with the value C:\ATP-EMTP.
You have successfully installed ATP-EMTP manually on Windows 12. You can test it by running TPBIG.exe, ATPDraw.exe, or your postprocessor and checking if they work properly.
InstallShield with updating method
To install ATP-EMTP using InstallShield with updating method, you need to follow these steps:
Download the InstallShield package from one of the user groups or sources mentioned above. You will get an executable file named Setup.exe or similar.
Run Setup.exe and follow the instructions on the screen. You will be asked to choose a destination folder for ATP-EMTP installation. You can use any folder name, but avoid using spaces or special characters.
The InstallShield will copy the ATP-EMTP files and folders to the destination folder and create shortcuts for TPBIG.exe, ATPDraw.exe, and your postprocessor on your desktop or start menu.
The InstallShield will also edit the environment variables of your system automatically. It will add the destination folder to the PATH variable and create a new variable named ATPDIR with the value of the destination folder.
The InstallShield will check for updates online and download them if available. It will update the ATP-EMTP files and folders accordingly.
You have successfully installed ATP-EMTP using InstallShield with updating method on Windows 12. You can test it by running TPBIG.exe, ATPDraw.exe, or your postprocessor and checking if they work properly.
Conclusion
In this article, you have learned what is ATP-EMTP and how to use it for power system analysis. You have also learned how to install ATP-EMTP on Windows 12 using two methods: manually or using InstallShield with updating method. You can download the atp-emtp rule book pdf 12 from one of the sources mentioned above to learn more about how to assemble input files for ATP-EMTP using different components and models.
I hope this article has been helpful for you. If you have any questions or comments, please feel free to contact me.
How to create and edit input files for ATP-EMTP using ATPDraw?
ATPDraw is a graphical user interface that allows you to create and edit input files for ATP-EMTP. You can use it to draw power system components such as lines, transformers, generators, loads, switches, etc. You can also define sources, measurements, controls, and models using various icons and menus. ATPDraw can generate input files in different formats such as ATP, EMTP-RV, or PSCAD.
To create and edit input files for ATP-EMTP using ATPDraw, you need to follow these steps:
Run ATPDraw.exe from your desktop or start menu. You will see a blank drawing area where you can draw your power system model.
Select the components you want to use from the component library on the left side of the screen. You can also search for components using the search box or the filter options.
Drag and drop the components to the drawing area. You can adjust their position, orientation, size, and color using the mouse or the keyboard.
Connect the components using wires or buses. You can also use junctions or grounds to split or join wires or buses.
Double-click on a component to open its properties dialog box. You can enter or modify the parameters of the component such as name, value, model, etc.
Select a source icon from the component library and place it on the drawing area. You can choose from different types of sources such as AC voltage, DC voltage, current, etc.
Double-click on the source icon to open its properties dialog box. You can enter or modify the parameters of the source such as frequency, amplitude, phase, etc.
Select a measurement icon from the component library and place it on the drawing area. You can choose from different types of measurements such as voltage, current, power, etc.
Double-click on the measurement icon to open its properties dialog box. You can enter or modify the parameters of the measurement such as name, output format, scaling factor, etc.
Select a control icon from the component library and place it on the drawing area. You can choose from different types of controls such as switch, relay, timer, etc.
Double-click on the control icon to open its properties dialog box. You can enter or modify the parameters of the control such as name, condition, action, etc.
Select a model icon from the component library and place it on the drawing area. You can choose from different types of models such as black box, user defined function (UDF), user defined model (UDM), etc.
Double-click on the model icon to open its properties dialog box. You can enter or modify the parameters of the model such as name, file name, input/output variables, etc.
Save your input file using the File menu or the Save button. You can choose a file name and a file format according to your preference.
You have successfully created and edited an input file for ATP-EMTP using ATPDraw. You can run TPBIG.exe using this input file to perform transients and harmonics simulations.
How to plot and analyze simulation results using a postprocessor?
A postprocessor is a tool that allows you to plot and analyze simulation results generated by TPBIG. You can use different postprocessors such as ATP Analyzer or Plot XY to display waveforms, phasors, spectra, etc. You can also perform calculations such as RMS values, power flow, impedance, etc. A postprocessor can help you to verify and interpret simulation results.
To plot and analyze simulation results using a postprocessor, you need to follow these steps:
Run your preferred postprocessor from your desktop or start menu. You will see a blank window where you can plot and analyze simulation results.
Select File > Open from the menu bar or click on the Open button. You will see a dialog box where you can browse and select an output file generated by TPBIG.
Select an output file and click on Open. You will see a list of variables available in the output file.
Select one or more variables that you want to plot or analyze from the list. You can also use filters or expressions to select variables based on their names or values.
Select Plot > New Plot from the menu bar or click on the New Plot button. You will see a new plot window where you can display waveforms of selected variables.
Adjust the plot settings such as title, axis labels,
Conclusion
In this article, you have learned how to use ATP-EMTP for power system analysis. You have also learned how to create and edit input files for ATP-EMTP using ATPDraw, how to run transients and harmonics simulations using TPBIG, and how to plot and analyze simulation results using a postprocessor. You can download the atp-emtp rule book pdf 12 from one of the sources mentioned above to learn more about how to assemble input files for ATP-EMTP using different components and models.
I hope this article has been helpful for you. If you have any questions or comments, please feel free to contact me. ca3e7ad8fd