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Shunt Inductor (L)

Owned by Sylvain Ménard
Last updated: Mar 16, 2023
1 min read

Shunt Inductor (L)

Description

Grounded inductor.


Table of Contents

Mask and Parameters

 

NameDescriptionUnitVariable = {Possible Values}
Connection Type

For shunt elements, three types of connections are available for three-phase connections:

  • Ground Y Connection: one end of the shunt RL element is connected to a bus and the other end to the ground.

Y Ground Connection of a Shunt RL Element, as shown in a diagram (a) and in a reality (b)

  • Floating Y Connection: one end of each RLC branch of the RLC element is connected to a phase at the end of the bus, while the other ends are connected together, but not to the ground.

Floating Y Connection of a Shunt RL Element, as Shown in a Diagram (a) and in Reality (b)

  • Delta Connection (or triangle): In the case of a Delta connection, the three RL branches of a three-phase element are Delta connected, and each top of the Delta is connected to a phase of the bus.

Delta Connection of a Shunt RL Element, as Shown in a Diagram (a) and in Reality (b)


RResistance value for each phase.Ω
LInductor value for each phase.H
Base PowerTotal Base power.MVA
Base VoltageBase voltage rms LL if the shunt inductor is connected to a 3-phase bus and rms LN is only one phase is connected.kV
Base FrequencyBase frequency.Hz
Enable User Initial Value


Initial CurrentInitial current, cannot be modified while the simulation is running.A


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