In its original configuration [21], the IEEE RTS-96 has 96
generating units with a total installed capacity of 10 215 MW.
From this total, 900 MW are hydro power units and 9315 MW
are from thermal sources. The annual peak load is 8550 MW.
Based on these values, one can say that the amount of renewable
power corresponds to 8.8% of the total capacity.
After substituting the coal unit of 350 MW by 1526 MW
of wind power, the total installed capacity increases to 11 391
MW and the percentage of renewable power goes to 21.3%. The
thermal generation subsystem has 77 units with capacity varying
from 12 MW up to 400 MW, making a total of 9315 MW. The
hydraulic generation subsystem has 18 units of 50 MW each,
distributed among three power stations. In order to simulate the
capacity fluctuation of these units, five historical hydro series,
referring to the average monthly power capacity, are presented
in [20]. These series are assumed to have the same probability
of occurring. Finally, the wind power subsystem has 763 units
of 2 MW, distributed among three regions or areas with different
wind characteristics: Area 1 (267 units), Area 2 (229 units), and
Area 3 (267 units). In order to characterize wind power fluctua-
tions, three series are used [20], for each wind area, in an hourly
basis, referring to the average power produced by a wind gen-
erator. The series are classified as favorable, average, and unfa-
vorable, with related probabilities of 0.25, 0.50, and 0.25. These
series are found in [20].
In its original configuration [21], the IEEE RTS-96 has 96generating units with a total installed capacity of 10 215 MW.From this total, 900 MW are hydro power units and 9315 MWare from thermal sources. The annual peak load is 8550 MW.Based on these values, one can say that the amount of renewablepower corresponds to 8.8% of the total capacity.After substituting the coal unit of 350 MW by 1526 MWof wind power, the total installed capacity increases to 11 391MW and the percentage of renewable power goes to 21.3%. Thethermal generation subsystem has 77 units with capacity varyingfrom 12 MW up to 400 MW, making a total of 9315 MW. Thehydraulic generation subsystem has 18 units of 50 MW each,distributed among three power stations. In order to simulate thecapacity fluctuation of these units, five historical hydro series,referring to the average monthly power capacity, are presentedin [20]. These series are assumed to have the same probabilityof occurring. Finally, the wind power subsystem has 763 unitsof 2 MW, distributed among three regions or areas with differentwind characteristics: Area 1 (267 units), Area 2 (229 units), andArea 3 (267 units). In order to characterize wind power fluctua-tions, three series are used [20], for each wind area, in an hourlybasis, referring to the average power produced by a wind gen-erator. The series are classified as favorable, average, and unfa-vorable, with related probabilities of 0.25, 0.50, and 0.25. Theseseries are found in [20].
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