In per unit method of representation of a power system, the base value

1.	In per unit method of representation of a power system, the base value of
A.	Impedance is same for the entire system
B.	Voltage is same for the entire system
C.	MVA is same for entire system
D.	MVA should be in the proportion of transformer ratio
Answer» D. MVA should be in the proportion of transformer ratio

Discussion

No Comment Found

Related MCQs

In the symmetrical component expression of voltages, we have\(\left[ {\begin{array}{*{20}{c}}{{V_a}}\\{{V_b}}\\{{V_c}}\end{array}} \right] = \left[ A \right]\left[ {\begin{array}{*{20}{c}}{{V_{a1}}}\\{{V_{a2}}}\\{{V_{a0}}}\end{array}} \right]\)where matrix [A] is
On which among the following factors does the magnitude of the fault current depend?
Possible faults may occur on a transmission line are1. 3-phase fault2. L-L-G fault3. L-L fault4. L-G faultThe decreasing order of severity of the faults from the stability point of view is:
A short circuit is identified by:
Open circuit electrical fault is also called as _____
According to IEEE, “a system or a portion of a system can be said to be effectively grounded when for all points on the system or specified portion thereof, the ratio of zero sequence reactance to positive sequence reactance (X0 / X1) and the ratio of zero sequence resistance to positive sequence resistance (R0 / R1) should be __________.”
A 11 kV, 10 MVA alternator has \(X_d^{''} = 15\% ,\;X_d' = 25\% ,\;{X_d} = 80\%\). It is connected to a load through a 2-cycle circuit breaker and a transformer. At no load 3-phase short circuit fault occurs between transformer and circuit breaker. If the voltage rating of the breaker is 11 kV, its interrupting kVA is
Due to an electrical fault, an electric line of the system is removed in a three-phase alternating current system supplying a certain electric power. If the percentage loss remains unchanged, what will be the percentage decrease in the load supplied between the conductors for the same voltage?
If A is cross-sectional area of conductor, the Bus-bar temperature rise in a DG Set is proportional to
In per unit method of representation of a power system, the base value of

In per unit method of representation of a power system, the base value of

Discussion

No Comment Found

Related MCQs

Reply to Comment