com.powsybl.ucte.converter.util

Class UcteConverterHelper

java.lang.Object

com.powsybl.ucte.converter.util.UcteConverterHelper

public final class UcteConverterHelper
extends Object

Author:

Abdelsalem HEDHILI <abdelsalem.hedhili at rte-france.com>

Method Summary

Modifier and Type	Method and Description
static double	calculateAsymmAngleDu(TwoWindingsTransformer twoWindingsTransformer) Calculate the δu(%) for the angle regulation of the two windings transformer This computation only work for an angle regulation with the type asymmetrical dU = 100 * (distance between the 2 most distant taps) / (number of taps - 1)
static double	calculateAsymmAngleTheta(TwoWindingsTransformer twoWindingsTransformer) Calculate the Θ for the angle regulation of the two windings transformer Theta is the angle between the line (created by the 2 points Alpha and rho) and the abscissa line
static double	calculatePhaseDu(TwoWindingsTransformer twoWindingsTransformer) calculate the δu(%) for the phase regulation of the two windings transformer du = 100 * (1 / ρmin – 1/ ρmax) / (number of taps - 1).
static double	calculateSymmAngleDu(TwoWindingsTransformer twoWindingsTransformer) Calculate the δu(%) for the angle regulation of the two windings transformer This computation only work for an angle regulation with the type symmetrical dU = 100 * (2*(tan(αmax/2) – tan(αmin/2))/(number of taps -1))

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Detail

calculatePhaseDu

public static double calculatePhaseDu(TwoWindingsTransformer twoWindingsTransformer)

calculate the δu(%) for the phase regulation of the two windings transformer du = 100 * (1 / ρmin – 1/ ρmax) / (number of taps - 1).

Parameters:

twoWindingsTransformer - The TwoWindingsTransformers containing the RatioTapChanger we want to convert

Returns:

the δu needed to create a UctePhaseRegulation

calculateSymmAngleDu

public static double calculateSymmAngleDu(TwoWindingsTransformer twoWindingsTransformer)

Calculate the δu(%) for the angle regulation of the two windings transformer This computation only work for an angle regulation with the type symmetrical dU = 100 * (2*(tan(αmax/2) – tan(αmin/2))/(number of taps -1))

Parameters:

twoWindingsTransformer - The twoWindingsTransformer containing the PhaseTapChanger we want to convert

Returns:

the δu needed to create a UcteAngleRegulation

calculateAsymmAngleDu

public static double calculateAsymmAngleDu(TwoWindingsTransformer twoWindingsTransformer)

Calculate the δu(%) for the angle regulation of the two windings transformer This computation only work for an angle regulation with the type asymmetrical dU = 100 * (distance between the 2 most distant taps) / (number of taps - 1)

Parameters:

twoWindingsTransformer - The twoWindingsTransformer containing the PhaseTapChanger we want to convert

Returns:

the δu needed to create a UcteAngleRegulation

calculateAsymmAngleTheta

public static double calculateAsymmAngleTheta(TwoWindingsTransformer twoWindingsTransformer)

Calculate the Θ for the angle regulation of the two windings transformer Theta is the angle between the line (created by the 2 points Alpha and rho) and the abscissa line

Parameters:

twoWindingsTransformer - The twoWindingsTransformer containing the PhaseTapChanger we want to convert

Returns:

the Θ needed to create a UcteAngleRegulation