Base MVA |
Base Mega Volt Ampere |
10 MVA to 1000 MVA (but not restricted) |
Base kV |
It is defined as the total opposition of the circuit to the electric current |
11 kV to 800 kV (but not restricted) |
Impedance |
It is defined as the total opposition of the circuit to the electric current |
Based on rating of the equipment (kV, MVA) |
Primary Impedance |
The impedance offered by the primary side of the transformer coil |
Based on rating of the equipment (kV, MVA) |
Secondary Impedance |
The impedance offered by the secondary side of the transformer coil |
Based on rating of the equipment (kV, MVA) |
Primary Base kV |
It is the Base voltage in KV with respect to primary side of the transformer |
|
Base kV Primary |
It is the Base voltage in kV with respect to primary side of the transformer |
|
Base kV Secondary |
It is the Base voltage in kV with respect to secondary side of the transformer |
220 V to 800 kV (but not restricted) |
Calculated Primary Impedance |
It is calculated by the user based on the given values |
0.0001 p.u. to 2 p.u. (but not restricted) |
Calculated Secondary Impedance |
It is calculated by the user based on the given values |
0.0001 p.u. to 2 p.u. (but not restricted) |
Impedance Per km |
It is the measurement of the transmission line impedance per kilometer |
Based on rating of the equipment (kV, MVA) |
Length of line |
It is the measurement of length of the transmission line |
0.1 km to 600 km (but not restricted) |
VL Where L is for Load |
It is the line voltage at load terminal |
11 kV to 800 kV (but not restricted) |
PL |
It is the three phase real power consumed by the load |
0.5 W to 1000 MW (but not restricted) |
Cos Ø |
It is power factor(lag). It is the ratio of real power consumed to apparent power consumed by the circuit |
0 to 1 |
VL Where L signifies an inductor |
It is the line voltage across the inductor |
11 kV to 800 kV (but not restricted) |
QL |
It is the three phase reactive power absorbed by the inductor |
0.5 VAR to 1000 MVAR (but not restricted) |
VC |
It is the line voltage across the capacitor |
11 kV to 800 kV (but not restricted) |
QC |
It is the three phase reactive power produced by the capacitor |
0.5 VAR to 1000 MVAR (but not restricted) |
Calculated Impedance |
It is calculated by the user based on the given values |
Based on rating of the equipment with the correct formula is being used |