THE_CORONA_LOSS_ON_A_PARTICULAR_SYSTEM_AT_50_HZ_IS_1_KW/PHASE_PER_KM._ – McqOptions

MCQOPTIONS

1.	THE_CORONA_LOSS_ON_A_PARTICULAR_SYSTEM_AT_50_HZ_IS_1_KW/PHASE_PER_KM._THE_CORONA_LOSS_ON_THE_SAME_SYSTEM_IN_CASE_OF_DC_TRANSMISSION_WILL_BE_____________?$
A.	Zero
B.	0.5 kW/phase/km
C.	0.33 kW/phase/km
D.	0.6 kW/phase/km
Answer» D. 0.6 kW/phase/km

Discussion

No Comment Found

Related MCQs

THE_CORONA_LOSS_ON_A_PARTICULAR_SYSTEM_AT_50_HZ_IS_1_KW/PHASE_PER_KM._THE_CORONA_LOSS_ON_THE_SAME_SYSTEM_IN_CASE_OF_DC_TRANSMISSION_WILL_BE_____________?$
IT_IS_REQUIRED_TO_IMPLEMENT_THE_HVDC_SYSTEM_USING_THE_THYRISTORS_IN_LARGE_NUMBERS._WHY_IT_BECOMES_NECESSARY_TO_USE_A_LARGE_NUMBER_OF_THYRISTOR_SWITCHES??$
What of the below mentioned statements are incorrect as compared to the HVDC system?
As compared to the HVDC line, the corona and radio interference in a HVAC line are ____
The reactive power demand of the converters in HVDC can be provided by ___________
(i) Low short circuit current is required in dc system
DC line transmission can be used to provide _______ link.
Steady state problem is not very serious problem in dc transmission line system due to which of the following systems?
The amount of dc compensation needed by a 400 kV dc line for transmitting the data over 300 km having resistance as 5 ohms?
Which of the system would require more insulation, a 400 kV ac line or 400 kV dc line?