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PI Section, 2-ph
- Sylvain Ménard
- Victoria Bruny
Description
The PI line model is mainly used for short transmission lines. The equivalent circuit is shown below.
It is assumed that the capacitance on both sides is identical. The RL branches are also coupled.
Mask and Parameters
General Parameters
Name | Description | Unit | Variable = {Possible Values} | |||
|---|---|---|---|---|---|---|
Description | Use this field to add information about the component | Description = {'string'} | ||||
Type | The line data can be taken using Matrix or Sequence parameters | Matrix/Sequence = { 0, 1} | ||||
Matrix {0} | Untransposed line. The data is filled in the matrices | |||||
Sequence {1} | Transposed line. The data is filled in the sequences | |||||
Line Length | The length of the line | km | length = {0, 1e64} | |||
Base power (perPhase) | Base value for PU conversion | MVA per phase | pBase = { [1, 1e64] } | |||
Base voltage (rmsLN) | Base value for PU conversion | kV rms LN | vBase = { [1, 1e64] } | |||
Base frequecy | Base value for PU conversion | Hz | fBase = { [1, 1e64] } | |||
Matrix Parameters
Name | Description | Unit | Variable = {Possible Values} | |||
|---|---|---|---|---|---|---|
Resistance - R | Resistance matrix | Ω/km | R = {'-1e64, 1e64'} | |||
Inductance - L | Inductance matrix | H/km | L = {'-1e64, 1e64'} | |||
Capacitance - C | Capacitance matrix | F/km | C = {'-1e64, 1e64'} | |||
Sequence Parameters
Name |
|---|