Bus Records Lines Generators Loads Switched Shunt Buses Switched Shunt Buses Y-Bus Matrices Positive Sequence Negative Sequence Zero Sequence 幽. Other Tools Mode Log Edit Mode Single Fault Calculate Clear Clear/Close #Single Fault Options Sequence Data Fault Type Choose the Faulted Bus Sort by Name O Number Fault Location O Bus Fault In-Line Fault Single Line-to-Ground Line-to-Line 3 Phase Balanced Double Line-to-Ground p.u. Power Flow Tools Restore Other Renumber Scale Case.
#Power world simulator per unit impedance full
4 fault Analysis Run Mode Run Mode AUXIL IVU Single Solution Simulator - Full Newton Options. Edit Mode Equivalencing Modify Case D Solve Difference Flows Contingency Analysis.
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Compute for a bolted three-phase fault at bus 1,2 and 3 separately considering bus impedance matrix method (1) the fault currents (2) the bus voltagesĭraw Case Information Onelines Tools Options Window Add Ons X ( X blog Limit Monitoring. The connected load is 250 MW, 80 MVAR (inductive) at bus 3.
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Transcribed image text: Equipment ratings and per-unit reactance for the system shown in Figure 1 are given as follows: Synchronous generators: G1 100 MVA 25 kV Xi = X2 = 0.2 X) = 0.05 G2100 MVA 13.8 kV Xi = X2=0.2 X) = 0.05 Transformers: TI 100 MVA 25/230 kV Xi =X2-X.