Power System Dynamics & Stability #

(Note: please fill in your genuine name and institutional email in the following request forms. Fake name or personal email address will NOT be responded.)

IEEE Tranmission Power System Tesbeds #

IEEE 118-bus, 19 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-69; disturbance: fault happens at bus-47 from 1sec to 1.2sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from a MATPOWER format static data file, and from a DIgSILENT format dynamic data file at 118_bus_dig)
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IEEE 162-bus, 17 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-108; disturbance: fault happens at bus-4 from 0.1sec to 0.2sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from a IEEE format static data file, and from a BPA format dynamic (generator) data file)
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IEEE 145-bus, 50 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-145; disturbance: fault happens at bus-34 from 1sec to 1.1sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from a IEEE format power flow file, and from a BPA format (dynamic) generator file)
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IEEE 140-bus, 48 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-27; disturbance: fault happens at bus-111 from 0.1sec to 0.6sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from PST format files)
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IEEE 39-bus, 10 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-31; disturbance: fault happens at bus-5 from 1sec to 1.2sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from PST format files)
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IEEE 300-bus, 69 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-10055; disturbance: fault happens at bus-1 from 1sec to 1.1sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from the PowerWorld format files. The original PowerWorld files are prepared by a team from University of Cyprus link.
Also, appreciate Prof. Adam Birchfield of the TAMU synthetic power grid team for the help in PowerWorld link)
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UTK 944-bus, 144 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-76; disturbance: fault happens at bus-1 from 2sec to 2.1sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from PSS/E format files)
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TAMU Texas 2000-bus, 533 generators (PSAT/MATLAB format) #

(unit: rad; ref. machine: the generator at bus-7098; disturbance: fault happens at bus-1001 from 3sec to 3.1sec)

Rotor Angle Response	Single line diagram

(Note: the PSAT/MATLAB file is converted manually from PSS/E format files. The original PSS/E files are prepared by the TAMU synthetic power grid team led by Prof. Adam Birchfield and Prof. Thomas Overbye link)
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IEEE Distribution Power System Tesbeds #

(Coming soon...)

Disclaimer #

• These MATLAB files are manually created based on the above-mentioned third-party source files shared by the academic community. The data in those source files can differ from other publishers’.
• Due to the inherent complicatedness of power system dynamic simulation and the different numerical solver characteristics of open-source/commercial simulators, we do not guarantee the reproducibility of other researchers’ papers using the data file provided here.
• If these data files are used in your publications, please feel free to cite the web address here, which can give me some encouragement to continue converting more data.