1. Low cost of HVDC terminals
2. No harmonic problems
3. Minimum line power losses
4. Simple protection
No harmonic problems
1. Increase efficiency of transmission
2. Reduce power losses
3. Increase power transfer capability
4. Both a and b
Increase power transfer capability
1. Lagging reactive power and the inverter supplies leading reactive power
2. Leading reactive power and the inverter supplies lagging reactive power
3. Lagging reactive power and the inverter supplies lagging reactive power
4. Leading reactive power and the inverter supplies leading reactive power
Lagging reactive power and the inverter supplies leading reactive power
1. 9.8 p.u
2. 4.9 p.u
3. 19.6 p.u
4. 5 p.u
5 p.u
1. 23.5
2. 19.6
3. 18.5
4. 8.7
19.6
1. 5.78
2. 0.279
3. 0.412
4. 0.44
0.44
1. 4.0
2. 2.0
3. 1.0
4. 0.5
1.0
1. 6.25
2. 7.99
3. 7.91
4. 8.82
8.82
1. 587µF
2. 440 µF
3. 560 µF
4. 600 µF
587µF
1. 33.5 amps
2. 32.0 amps
3. 30 amps
4. 41 amps
32.0 amps