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A step-by-step guide on how to perform transient analysis of electrical power systems using ETAP software. The objective is to design a power system on ETAP and analyze its transient behavior. setting up the generator, transmission line, and load, running load flow, and observing the system response during fault conditions.
Typology: Lab Reports
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➢ To design a power system on ETAP ➢ To analyze the Transient analysis of electrical power system on ETAP
➢ ETAP Software
Figure 4. 7 :Transmission Line Configuration Figure 4. 8 :Transmission Line Impedance
Plot of Fault creation of 1s at power supply depicted as: Figure 4.1 4 :Generator Absolute Power Angle
Figure 4. 15 :Generator Reactive Power Figure 4 .1 6 :Generator Electrical Power Figure 4 .1 7 :Generator Speed Figure 4 .1 8 :Generator Relative Power Angle Figure 4 .1 9 :Generator Terminal Current
Plot of Fault creation of 1s at Bus 1 and Bus 2 depicted as: Bus 1 Figure 4.20:Bus Voltage Angle
Figure 4.27:Bus Real Power Loading Figure 4.28:Bus Frequency Figure 4.29:Bus Voltage
Plot of Fault creation of 50s at generator depicted as: Figure 4.30:Generator Absolute Power Angle Figure 4.31:Generator Reactive Power Figure 4.32:Generator Electrical Power
Figure 4.33:Generator Speed Figure 4.34:Generator Terminal Current
Plot of Fault creation of 50s at Bus 1 and Bus 2 depicted as: Bus 1 Figure 4.35:Bus Voltage Per Hz Figure 4.36:Bus Voltage Angle Figure 4.37:Bus Reactive Power Loading Figure 4.38:Bus Frequency
