Package com.powsybl.iidm.network

Interface DanglingLine

  • All Superinterfaces:
    Connectable<DanglingLine>, Extendable<DanglingLine>, FlowsLimitsHolder, Identifiable<DanglingLine>, Injection<DanglingLine>
    All Known Implementing Classes:
    DanglingLineAdapter
    public interface DanglingLine
extends Injection<DanglingLine>, FlowsLimitsHolder
    A dangling line to model boundaries (X nodes).

    A dangling line is a component that aggregates a line chunk and a constant power injection (fixed p0, q0).

    Electrical characteritics (r, x, g, b) corresponding to a percent of the orginal line.

    r, x, g, b have to be consistent with the declared length of the dangling line.

    Characteristics

    Attribute Type Unit Required Defaut value Description
    Id String - yes - Unique identifier of the dangling line
    Name String - yes - Human-readable name of the dangling line
    P0 double MW yes - The active power setpoint
    Q0 double MVar yes - The reactive power setpoint
    R double Ω yes - The series resistance
    X double Ω yes - The series reactance
    G double S yes - The shunt conductance
    B double S yes - The shunt susceptance
    UcteXnodeCode String - no - The dangling line's UCTE Xnode code

    To create a dangling line, see DanglingLineAdder

    Author:
    Geoffroy Jamgotchian , Anne Tilloy
    See Also:
    DanglingLineAdder

    • Method Detail

      • getP0

        double getP0()
        Get the constant active power in MW.

        Depends on the working variant.

        See Also:
        VariantManager

      • setP0

        DanglingLine setP0​(double p0)
        Set the constant active power in MW.

        Depends on the working variant.

        See Also:
        VariantManager

      • getQ0

        double getQ0()
        Get the constant reactive power in MW.

        Depends on the working variant.

        See Also:
        VariantManager

      • setQ0

        DanglingLine setQ0​(double q0)
        Set the constant reactive power in MW.

        Depends on the working variant.

        See Also:
        VariantManager

      • getR

        double getR()
        Get the series resistance in Ω.

      • setR

        DanglingLine setR​(double r)
        Set the series resistance in Ω.

      • getX

        double getX()
        Get the series reactance in Ω.

      • setX

        DanglingLine setX​(double x)
        Set the series reactance in Ω.

      • getG

        double getG()
        Get the shunt conductance in S.

      • setG

        DanglingLine setG​(double g)
        Set the shunt conductance in S.

      • getB

        double getB()
        Get the shunt susceptance in S.

      • setB

        DanglingLine setB​(double b)
        Set the shunt susceptance in S.

      • getUcteXnodeCode

        String getUcteXnodeCode()
        Get the UCTE Xnode code corresponding to this dangling line in the case where the line is a boundary, return null otherwise.

      • getBoundary

        default Boundary getBoundary()