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<< Click to Display Table of Contents >> Bus Bar Display Options |
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The user can select from the following fields:
Display Field |
Comment |
Bus Name Bus Number Bus Area Bus Description |
Bus Details |
Bus Load (S) Bus Load (PQ) |
Total Load "carried" by the bus i.e. load directly connected to the busbar + "downstream" load. |
Connected Load (S) Connected Load (PQ) Connected Constant Power Load (S) Connected Constant Power Load (PQ) Connected Constant Current Load (S) Connected Constant Current Load (PQ) Connected Constant Impedance Load (S) Connected Constant Impedance Load (PQ) |
Load Connected directly to the bus i.e. not including "downstream" load. Result is seperated in the Constant Power, Constant Current and Constant Impedance Load Types. |
Bus Current |
Maximum current of the branches connected to the busbar. |
Load Current |
Current of only the loads directly connected to the busbar. |
Voltage Description |
Description of the voltage level in kV or Volts. |
Voltage pu Voltage Voltage % |
Calculated busbar voltage in p.u. of busbar baseV , Volts/kV or % of nominal. |
Line Losses (S) Line Losses (PQ) |
Total Losses of all connected branches. |
Power Mismatch |
Power Mismatch Error in Calculation |
3-Ph Fault Ph-G Fault Ph-Ph1 Fault Ph-Ph2 Fault Ph-Ph-G1 Fault Ph-Ph-G2 Fault Ph-Ph-G Fault |
Busbar Fault Currents i.e. fault current for a fault on the bus. |
3-Ph Fault Flow (Phase A) 3-Ph Fault Flow (Phase B) 3-Ph Fault Flow (Phase C) 3-Ph Fault Flow (Ground) Ph-G Fault Flow (Phase A) Ph-G Fault Flow (Phase B) Ph-G Fault Flow (Phase C) Ph-G Fault Flow (Ground) Ph-Ph Fault Flow (Phase A) Ph-Ph Fault Flow (Phase B) Ph-Ph Fault Flow (Phase C) Ph-Ph Fault Flow (Ground) Ph-Ph-G Fault (Phase A) Ph-Ph-G Fault (Phase B) Ph-Ph-G Fault (Phase C) Ph-Ph-G Fault (Ground) |
Fault Currents through the busbar as a result of a fault placed in the network. |
Fault Impedance (Z+) Fault Impedance (Z-) Fault Impedance (Zo) |
Busbar's Positive, Negative and Zero Sequence fault impedance in Ohms. |
3-Ph Fault (Peak) Ph-G Fault (Peak) Ph-Ph1 Fault (Peak) Ph-Ph2 Fault (Peak) Ph-Ph-G1 Fault (Peak) Ph-Ph-G2 Fault (Peak) Ph-Ph-G Fault (Peak) |
Peak (IEC) Busbar Fault Currents i.e. peak fault current for a fault on the bus. |
3-Ph Fault Flow (Phase A) - Peak 3-Ph Fault Flow (Phase B) - Peak 3-Ph Fault Flow (Phase C) - Peak Ph-G Fault Flow (Phase A) - Peak Ph-G Fault Flow (Phase B) - Peak Ph-G Fault Flow (Phase C) - Peak Ph-Ph Fault Flow (Phase A) - Peak Ph-Ph Fault Flow (Phase B) - Peak Ph-Ph Fault Flow (Phase C) - Peak Ph-Ph-G Fault (Phase A) - Peak Ph-Ph-G Fault (Phase B) - Peak Ph-Ph-G Fault (Phase C) - Peak |
Peak (IEC) Fault Currents through the busbar as a result of a fault placed in the network. |
V+ Sequence (3-Ph) V- Sequence (3-Ph) Vo Sequence (3-Ph) |
Sequence Voltage due to a Three phase fault placed in the network |
V+ Sequence (Ph-G) V- Sequence (Ph-G) Vo Sequence (Ph-G) |
Sequence Voltage due to a Phase to Ground fault placed in the network |
V+ Sequence (Ph-Ph) V- Sequence (Ph-Ph) Vo Sequence (Ph-Ph) |
Sequence Voltage due to a Phase to Phase fault placed in the network |
V+ Sequence (Ph-Ph-G) V- Sequence (Ph-Ph-G) Vo Sequence (Ph-Ph-G) |
Sequence Voltage due to a Double phase to Ground fault placed in the network |
THD THD (Even) THD (Odd) THD (Triplens) |
Harmonic Study Results (Total Harmonic Voltage Distortion) |
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